Tag: India

  • India and Pakistan’s Nuclear Programs (short version)

    India and Pakistan’s Nuclear Programs (short version)

    Click here for an expanded version of this article.

    For almost a century, India was ruled by the British Crown prior to its independence in 1947. The partition of India gave rise to two sovereign states – the Dominion of India and the Dominion of Pakistan. The partition process largely explains the reciprocal animosity, and can explain the development of their nuclear weapons programs.

    During the partition of India, 10 to 12 million people became refugees, flooding across the border in each direction, while thousands met with sectarian violence, resulting in death. The division of the Indian subcontinent is recalled to have created perhaps one of worst exodus of human history, and a perennial dispute over the region of Kashmir, home to both Muslims and Indians, which is divided by the Line of Control.

    In the aftermath of the partition, both India and Pakistan expressed the desire to invest resources in a nuclear program. India was the first to achieve it. In 1948, Indian Prime Minister Jawarhal Nehru created the Indian Atomic Energy Commission. Although this was aimed at the development of a nuclear program for peaceful purposes, Nehru declared: “I have no doubt India will develop her scientific researches and I hope Indian scientists will use the atomic force for constructive purposes. But if India is threatened she will inevitably try to defend herself by all means at her disposal.”[1]

    India started its atomic energy production process in 1954, with the establishment of the Bhabba Atomic Research Centre (BARC) in Trombay. It also benefitted from the cooperation with the governments of Canada, France, Great Britain and the United States and was placed under the auspices of the U.S. Atoms for Peace program. The creation of the Bhabba Centre prompted Pakistan to establish, in 1956, the Pakistan Atomic Energy Commission (PAEC).

    In the 1950s, concerned with India’s growing regional predominance, Pakistan advanced military and economic assistance requests to the United States, adding as a motivation that Pakistan’s geographical position could benefit the U.S. in its fight against communism. In addition to offering conventional support, the United States gave Pakistan its first nuclear reactor in 1962, the Pakistan Atomic Research Reactor (PARR-I), based in Nilore, Islamabad. The sympathy shown by the U.S. to Pakistan would exacerbate the tensions between both countries and India, and would induce India to align itself with the Soviet Union, thus extending Cold War dynamics to South Asia and motivating a long history of reprisals between the two Asian countries.

    Despite initial declarations that denied military aims for its nuclear program, the 1965 Indo-Pakistani War, which ended in victory for India, prompted Pakistani Minister of Foreign Affairs, Zulfikar Ali Bhutto, to declare: “If India builds the bomb, we will eat grass or leaves, even go hungry, but we will get one of our own.”[2]

    The refusal by India to sign the 1968 Treaty on the Nonproliferation of Nuclear Weapons (NPT), alongside inspections by the International Atomic Energy Agency (IAEA), would be reason for alarm for the international community, and first and foremost, for Pakistan. Fears were confirmed on May 18, 1974, when India exploded its first nuclear device – ironically called ‘Smiling Buddha’ (with official name ‘Pokhran I’)  – at its Pokhran test site, located in the Jaisalmer District of the Indian state of Rajasthan, very close to the Pakistani border. In 1996, India refused to sign the Comprehensive Test Ban Treaty (CTBT) and two years later proceeded with testing five nuclear devices, emerging officially as a nuclear weapons state.

    The perception of threat India represented had been the main factor that motivated Pakistan’s nuclear weapons program. Being part of the IAEA safeguards agreement since the first instances of the development of its nuclear program, and being in a net position of inferiority compared to India, Pakistan was induced to seek nuclear technology by entering a clandestine trade network originating in Western Europe. Following pressure by the United States to abandon its nuclear program, Islamabad opened its ties with Libya, Iran, Iraq, Libya, and North Korea, motivated by anti-imperialistic sentiments. In July 1977, the military, led by Mohammed Zia-ul-Haq, ousted Bhutto, who had become Prime Minister, through a coup, and had him hung in April 1979. Many Pakistanis started fearing U.S. interference and Pakistan’s nuclear program became a symbol of national sovereignty and prestige.[3]

    In 1997 Pakistan and India had a brief period of amicable relationship. This apparent harmony was disrupted by victory of the Bharativa Janata Party in India, whose stance was categorically against any compromise with Pakistan and in favor of an overt nuclear policy. After the rupture of their relationship Pakistan proceeded to its first testing of an atomic device on May 28 and 30, 1998, shortly after India conducted its second and third nuclear test, on May 11 and 13.

    The 1998 testing of nuclear devices by India and Pakistan, and the regime of sanctions that was imposed by the United States not only increased the tension between them, but threw the whole world into a state of emergency, even though the economic pressure on Pakistan prevented the country from achieving full-scale nuclear weaponization and dramatically affected its civil society.

    Though India’s conventional military forces are far bigger that Pakistan’s, the two countries possess similar nuclear arsenals. India currently has between 130 and 140 warheads, while Pakistan possesses between 140 and 150 nuclear warheads. India is considered more powerful than Pakistan because it possesses a nuclear triad, namely the ability to launch nuclear strikes by air, land and sea, while Pakistan’s sea-launched cruise missile system is still incomplete. However, unlike Pakistan, India has a strict no-first use policy, although high-level officials have recently threatened pre-emptive strikes to eliminate Pakistan’s nuclear capabilities. Uncertainty, therefore, dominates the region, with both countries heavily relying on conventional attacks against each other and the threat of use of nuclear weapons. Their possession does nothing but increase the militarization of Indo-Pakistani relationship, suggesting that the only safe choice is their dismantling.

    Footnotes

    [1] Newman, Dorothy (1965) (1st ed.) Nehru. The First 60 Years, Vol. 2, New York: John Day Company, p. 264.

    [2] “Eating Grass,” The Bulletin Of The Atomic Scientists, Editor’s note, Vol. 49, no. 5, June 1993, p. 2.

    [3] Ahmed, Samina, “Pakistan’s nuclear weapons program: turning points and nuclear choices”, International Security, Vol. 23, no. 4 (Spring 1999), p. 183.

  • India and Pakistan – From British Colonial Rule To Nuclear Weapons

    India and Pakistan – From British Colonial Rule To Nuclear Weapons

    Click here for a short version of this article.

    Colonialism

    Colonialism does lasting damage. In order to understand the current international (dis)order, it is necessary to make the effort to understand the past, and the animosity that stemmed from it through the course of centuries. India and Pakistan are two countries that possess nuclear weapons and, like Israel, have refused to sign the Treaty on the Non-Proliferation of Nuclear Weapons (NPT). They are also countries deeply entrenched in animosity towards each other. The enmity that characterizes their relations can be explained by looking at the history of European expansionism.

    On December 31, 1600, Queen Elizabeth I established the East India Company (“the Company”) in India. It comprised London merchants who were interested in the trading of cotton, silk, tea and other spices with the islands that form present-day Indonesia. After conflicts erupted with the Dutch and Portuguese merchants, the East India Company restricted its trading deals to the Mogul rulers of the Indian sub-continent. Therefore, in order to defend its trade, the Company hired its own military and soon became a military and diplomatic enterprise, in addition to a commercial one.

    One century after its establishment, with the collapse of the Mogul Empire in India, the East India Company had to defend itself against Persian, Afghan and, most importantly, French traders who wanted to enter India. In 1757, the British took over India by defeating the Indian army that was backed by the French, and started to acquire more Indian territory, setting the foundation for it to become an English colony.

    In the mid-nineteenth century, deep tensions occurred between the Company and the Indian population. Not only was the Company relentlessly advancing in the acquisition of Indian territory, it also lifted restraints on Christian missionary work in the subcontinent, thus opening the way to aggressive Christian campaigns that attempted to convert Hindu and Muslim locals. The Company was ended by the 1858 Government of India Act, following the suspicion that it had introduced a new type of cartridge for rifles wrapped in paper coated with grease, derived from cows and pigs, whose killing is forbidden in Hindu and Muslim culture. Outrage over the blasphemy led to the Sepoy Mutiny, a bloody uprising by the Indian population, after which the Company was ended and the British Crown declared it would govern India establishing the so-called Raj, namely the British Empire in India. Years later, in 1876, Queen Victoria declared herself “Empress of India,” and Britain retained control of India until it gained independence in 1947.

    The colonial domination of India extended to three-fifths of its territory, with the remaining independently governed by 560 principalities that entered into mutual cooperation with the Raj, and lent economic and military support to Britain during the two world wars. However, at least within Raj, the British put in place a “divide et impera” rule, separating Muslims and Hindus and pitting them against each other. During WWI and WWII, the Indian population suffered tens of thousands of losses and since the First World War, in particular, voices requesting independence from the British Crown became louder under the lead of Indian lawyer and prophet of nonviolence, Mahatma Gandhi.

    Since 1920, the Indian National Congress (INC) became the principal leader of the Indian independence movement. Even more so in 1924, under the leadership of Mahatma Gandhi who was revered for leading non-violent boycotts of British policies and products. In 1922 Gandhi was arrested on charges of sedition against the British Crown. He was released from prison in 1928, and several years after, Britain appointed the Simon Commission, a constitutional reform commission with the mandate to introduce constitutional reforms. The Commission was composed of members of the British Parliament, but no Indian was included. The outcome was the Government of India Act 1935, through which the Commission granted independence to Indian rule only at the provincial level, while denying it at the national level. Moreover, it recommended that separate communal electorates between Muslims and Hindus be retained, but only until tensions between them had died down, and granted the right to vote to only 10% of the Indian male population. The Indian National Congress boycotted the Commission, and Gandhi demanded complete dominion status for India from the British government within a year, which was refused.

    During WWII, Britain begged India for help in recruiting Indian soldiers, offering promises of future independence in return. The Indian National Congress (INC), and Gandhi himself, didn’t trust Britain, and demanded immediate independence, which was refused again. On the occasion of the mass demonstrations that sparked, many proponents of the INC, including Gandhi and his wife, were arrested. By this time, the anti-colonial movement was very strong. However, by the end of the war, India counted almost 90,000 deaths. Moreover, through the years, the tensions between Muslims and Hindus grew deeper and, at the end of WWII, Britain found itself not able to continue. This would lead to the end of the British Raj and to the partition of India.

    The partition of India

    In August 1946, a violent clash between Hindus and Muslims occurred in Calcutta, and then spread across the rest of the country. Britain, having suffered large economic losses during the world wars, announced that it would leave India by June 1948. In fact, a year after the eruption of clashes in June 1947, the Parliament of the United Kingdom issued the Indian Independence Act through which India was partitioned into two dominions: India and Pakistan, comprising West (now Pakistan) and East (now Bangladesh). It took effect in August 1947, setting off a period of religious turmoil in both India and Pakistan that would result in the deaths of hundreds of thousands of people, including Gandhi, who was assassinated by a Hindu fanatic in January 1948 during a prayer vigil in an area of Muslim-Hindu violence. The partitioning of India caused one of the worst exodus in human history:[1] 10 to 12 million refugees flooded across the border in each direction, and between 250,000 and 500,000 people were killed in sectarian violence. Moreover, the violent nature of the partition between India and Pakistan created an atmosphere of hatred between the two countries that still exists.

    The partition of India, and the ethno-religious clashes that stemmed from it, brought Pakistan and India to a dispute over Kashmir, a region located at the northwest of the Indian subcontinent, which had strategic importance during British colonial domination. In fact, Kashmir functioned as a buffer zone for Great Britain, protecting the Crown against the Soviet and Chinese empires. During the process that led to Indian independence, Kashmir was given the option to decide whether to belong to Pakistan, or to India, or to opt for independence. The revolution of the Muslim population along the western border of Kashmir motivated the maharaja Hari Singh to sign the Accession to India in 1947, sparking a war between Pakistan and India. The war lasted until January 1949, and was terminated only by a ceasefire declaration made possible by the intercession of the United Nations. Shortly after the ceasefire, in January 1949 the Kashmiri area was divided by a ceasefire line – which would be renamed ‘Line of Control’ in 1972 under the terms of the Simla Agreement – defining the areas controlled by India and by Pakistan. The areas of Azad Kashmir and Gilgit-Baltistan in the northwest of Kashmir are administered by Pakistan; while the southern and southeastern areas – Jammu and Kashmir – are administered by India.[2] The Line of Control, which is still in place today, left Pakistan with a portion of the Kashmiri territory that is thinly populated, difficult to access and economically underdeveloped. Moreover, the biggest portion of its Muslim population lives in the part of the country that is administered by India. Since the declaration of the ceasefire in 1949, tension remained high, causing India and Pakistan to enter into a six-month war against each other again in April 1965. Another war flared up in 1971, which resulted in the creation of Bangladesh (in what was then East Pakistan, the eastern provincial wing of Pakistan). Through time, the series of conflicts that affected this region, in addition to the development of movements that attempted to merge Kashmir with Pakistan, rendered Kashmir a highly militarized area. Since the end of 1980s India has maintained a strong military presence alongside the Line of Control to contain Pakistani forces and its subversive movements. Moreover, India’s stronghold was aimed to administering the region. In the 1990s, Pakistan paramilitary movements became an insurgency and began to infiltrate into Indian territory, despite India’s suppressive military campaign. Only in 2004 were India and Pakistan able to reach a new ceasefire. Some form of cooperation was achieved in October 2005 when an earthquake shook the region: it shook both India and Pakistan, making millions of people homeless. Despite their animosities, the two governments facilitated transportation and rescue operations across the Line of Control. In 2008, some trade operations resumed, but conflicts and infiltrations along the border continued unabated.

    Since 1989, more than 70,000 people have been killed in the uprisings along the Line of Control. One of the most violent episodes took place on February 14, 2019, when a car with explosives rammed a convoy of vehicles carrying Indian Central Reserve Police Force personnel travelling from Jammu to Srinagar. The blast caused forty deaths and injured many others. The episode, whose responsibility was claimed by a Pakistani-based Islamist militant group, Jaish-e-Mohammed, received the condemnation of Pakistan. However, India blamed the Pakistani government for the human loss suffered, thus igniting more animosity between them.

    India’s nuclear program

    The partition of British India didn’t cause only sectarian and religious conflicts. Shortly after the British left, a group of Indian scientists, led by physicist Homi Bhabha, who was referred to as ‘the Indian Oppenheimer,’ convinced Indian Prime Minister Jawaharlal Nehru to invest resources in a nuclear program. With the 1948 Atomic Energy Act, India created the Indian Atomic Energy Commission with the intent of developing nuclear energy. The development of nuclear weapons was not India’s prime concern at this time. Prime Minister Nehru displayed profound ambivalence regarding the aim of the nuclear program – whether it should be only for civilian purposes or also for military purposes. He was shocked by the explosion of the A-Bomb on Hiroshima and Nagasaki, and referred to the atomic bomb as “the symbol of evil.” He also stated: “As long as the world is constituted as it is, every country will have to devise and use the latest scientific devices for its protection. I have no doubt India will develop her scientific researches and I hope Indian scientists will use the atomic force for constructive purposes. But if India is threatened she will inevitably try to defend herself by all means at her disposal. I hope India in common with other countries will prevent the use of atomic bombs.”[3]

    Prime Minister Nehru largely supported Bhabha’s vision on the development of India’s nuclear program. As George Perkovich comments: “Atomic science and technology assumed a special place in the overall plans for the technological development and modernization of India. The need to increase availability of electrical power was a paramount objective, and Nehru saw atomic energy as the most dramatic means of achieving it. Thus, in 1948, the Indian government took direct responsibility for the atomic energy sector, one of three industrial sectors over which public monopoly was established.”[4]

    It was Bhabha who turned the focus of nuclear energy from civilian to military use, merging western militaristic attitudes in the defence policy’s sphere, and India’s nationalistic aspiration to grow as a world power. He earned his Ph.D. in Physics at the University of Cambridge, and, while in Europe, had the opportunity to visit some of the greatest European institutes and laboratories where he met with famous physicists, some of whom played an important role for the development of nuclear weapons in the Manhattan Project in the U.S. In his view, which was largely supported by the India government, both ideologically and financially, mastery over nuclear technology would accelerate India’s development after decades of British colonialism.

    India’s nuclear program was dual-purposed and the nuclear program was modeled on Britain’s Atomic Energy Act. However, unlike those of Britain and the U.S., India’s program was supported by legislation that allowed more secrecy. Any attempt by the international community to establish a network of control over nuclear material was rejected. After refusing to be part of the Baruch Plan – a proposal written in 1946 by the United States for the United Nations Atomic Energy Commission to own and operate all nuclear material and facilities worldwide – India started its own development of atomic energy production in 1954. In the same year the Indian government built the equivalent of the Los Alamos research facility – the Bhabha Atomic Research Centre (BARC) – in Trombay. This was facilitated by a nuclear cooperation agreement that had been established with France. In addition to this, India benefitted by a generous provision from the Canadian government of a nuclear reactor based on the National Research Experimental Reactor (NRX) at Chalk River; and some heavy water from the United States under the auspices of the Atoms for Peace program. Finally, India also secured a trade agreement on nuclear material with Canada and the U.S., which extended to Great Britain as well.

    Two major factors prompted India to develop a nuclear weapon. Neither India nor Pakistan were of any interest to the United States. Moreover, Prime Minister Nehru had always refused to let the U.S. dictate any rule of conduct to India. However, in the early 1950s, Pakistan started asking for military and economic assistance from the U.S. to counteract India’s predominance. Pakistan highlighted that its own strategic position, near the Persian Gulf to the south and near the Soviet Union and China to the north, could benefit the U.S. in its fight against communism. Desperate to obtain American military aid, Pakistan’s army chief, General Mohammad Ayub Khan, paid a visit to Washington in the fall of 1953 and found Washington sympathetic to his request. This prompted an outcry in India, and Nehru emphasized that U.S. aid to Pakistan would export the Cold War to the Asian continent, changing the balance of power in the region, and exacerbating threats between India and Pakistan. One year later, in 1954, U.S. President Eisenhower reassured India that he would do everything possible to prevent Pakistan from using the aid against India, and offered military aid to India itself, which was refused. Nehru’s refusal would be re-evaluated in 1962, when India and China entered into a war against each other over a disagreement regarding the Himalayan border. Two years later, on October 16, 1964, China tested its first atomic weapon, prompting Homi Bhabha to ask the Indian Government to approve an atomic weapons program. The physicist traveled to Washington the following year with the intent to establish a program of nuclear cooperation with the U.S., which was refused.

    The year 1966 marked a turning point for India’s nuclear ambitions. Indira Gandhi became Prime Minister of India, and strongly advocated for the military use of nuclear technology. In the same year, Homi Bhabha passed away and his successor, Raja Ramanna, was tasked by Indira Gandhi to develop India’s military nuclear program further to protect India’s sovereignty from interference. In its pursuit of the atomic weapon, India refused to sign the nuclear Non-Proliferation Treaty for two main reasons. First, because it found the NPT discriminatory inasmuch as the Treaty established the U.S., the Soviet Union, and the United Kingdom as recognized nuclear weapons states, while urging the non-nuclear signatories not to develop a nuclear weapons program. Second, because the Treaty did not distinguish between military and peaceful nuclear explosions.

    In 1971, when India signed the Treaty of Peace, Friendship and Cooperation with the Soviet Union, the Cold War had a direct impact on the Indian subcontinent. When war broke out with Pakistan over the separatist movement that would lead to the creation of Bangladesh, India was backed by the Soviet Union, while Pakistan received the support of China and the U.S. The victory of India at the end of the war complicated its relationship not only with Pakistan, but also with West. It was in this climate that India secretly proceeded toward its first nuclear test. On May 18, 1974, the Indian government exploded a 3,000-pound device with a force equivalent to 8 kilotons at its Pokhran test site, located in the Jaisalmer District of the Indian state of Rajasthan, very close to the border with Pakistan. It was given the infamous name of ‘Smiling Buddha’ (though it’s official one is Pokhran I), and was ironically exploded on the day in India that celebrates the birth of Gautama Buddha. Suddenly, India’s nuclear intentions became clear.

    The test elicited criticism from other countries of the international community, particularly from those Western countries that already possessed nuclear weapons. The United States condemned the Indian nuclear program as a violation of the Atoms for Peace program. India built its nuclear arsenal and a military system capable of military deployment in over twenty years, even though the country encountered difficulties in obtaining nuclear materials because of the hostility that reigned within the international community after its first test. The Bhabha Atomic Research Centre built India’s current biggest nuclear plant, namely the Dhuva reactor based in Trombay, capable of producing most of the plutonium for its nuclear weapons program. It was established in 1977 but didn’t reach its full power until ten years later. During this time, India managed to build the short-range Prithvi missile and the long-range Agni missile, equipping both of them with nuclear warheads.

    In 1996, the United Nations General Assembly adopted the Comprehensive Test Ban Treaty (CTBT) that had the aim of banning all nuclear explosions, both civilian and military, including underground tests. India, like the United States, did not ratify this Treaty. Two years later, Operation Shakti, also known as Pokhran II, took place. On this occasion, India tested five nuclear devices, but not all of them detonated. This second test certified India as a nuclear weapon state, and attracted a large amount of condemnation by the international community. The United States, in particular, condemned India with sanctions, which consisted of the cutting off all assistance to India except for humanitarian aid; the banning of export of certain defense material and technologies; the ending of American credit and credit guarantees to India; and opposition to lending by international financial institutions to India. With the establishment of its nuclear program, India established its National Security Advisory Board, which opted for a no-first use policy for Indian nuclear weapons. In 2005, the Indian government signed the India-United States Civil Nuclear Agreement, which allows India to access civilian nuclear technology and fuel from other countries. The signing of this treaty established placing India’s nuclear program under the International Atomic Energy Agency (IAEA) safeguard agreement, while the U.S. agreed to engage in civil nuclear cooperation with India.  It was operationalized in 2008, the same year when India established a similar agreement with France. Since then, the relationship between India and the most powerful possessors of nuclear weapons became warmer, and a similar agreement to the one with the U.S. and France was signed with other countries including Australia, Mongolia, and Kazakhstan, with prospects of establishing the same deal with Canada and the United Kingdom. It is estimated that India has a stockpile of 130 to 140 nuclear weapons.

    Pakistan’s nuclear program

    Pakistan’s nuclear ambition has been evolving around its perception of India as a threat, and by its desire to acquire equal standing. The impact of regional and extra-regional alliances was another determining factor that contributed to Pakistan’s nuclear policy. In the pursuit of its nuclear program, prior to the testing of its first nuclear device, the factors that contributed to Pakistan’s achievement were its alliance with the United States, its military link with China, and consequences of the Cold War in South Asia. The U.S. was for Pakistan a source of military and economic assistance, which allowed Pakistan’s military establishment to expand and consolidate within the country. Its interest in nuclear energy was, in fact, prompted in large part by the United States’ Atoms for Peace program, which sought to spread nuclear energy technology across the globe. In 1956 Pakistan established the Pakistan Atomic Energy Commission (PAEC) to lead the new program. PAEC chairman, Ishrat Usmani, devoted government resources to training the next generation of Pakistani scientists by sending students abroad for training purposes. The military took power in 1958, and Army Chief General Mohammad Ayub Khan took direct rule of the country, politically and militarily. The defense and security policies he formulated were, on one side, a tool to fulfill his own interests internally, and, on the other, a reflection of the perception of the threat India represented externally. Pakistan relied predominantly on conventional arms for defense, which were largely obtained from the U.S., and officially proclaimed interest in nuclear power only for its peaceful use. In 1965, the United States gave Pakistan its first nuclear reactor—the five megawatt Pakistan Atomic Research Reactor (PARR-1), based in Nilore, Islamabad. In the same year Ishrat Usmani, together with Abdus Salam, founded the Pakistan Institute of Nuclear Science and Technology (PINSTECH). In 1972 operation of the first unit of its research reactor based in Karachi – the Karachi Nuclear Power Complex (KANNUP-1) began under International Atomic Energy Agency safeguards. Although Pakistan claimed its interest in the nuclear program was only to pursue the peaceful applications of atomic energy, there were signs that its leadership had other intentions. When the 1965 Indo-Pakistani War ended in victory for India, then Minister of Foreign Affairs, Zulfikar Ali Bhutto, declared: “If India builds the bomb, we will eat grass or leaves, even go hungry, but we will get one of our own.”[5]

    The continuous deterioration of the relationship with India, and the serious conflict that took place in Kashmir, induced General Ayub and Zulfikar Ali Bhutto to direct the country toward the adoption of a harsher anti-India position. As a foreign minister in charge of atomic energy, Bhutto urged General Ayub to build a nuclear weapon, which he refused, in the conviction that, if needed, Pakistan could buy directly from a western ally.[6] In the same year, however, the United Stated sanctioned both Pakistan and India because of their war over Kashmir, but India ended up having more conventional weapons than Pakistan. Moreover, as a consequence of the Cold War, Pakistan had less strategic significance for the U.S. than before. China replaced the U.S. in becoming the major source of conventional weapons for Pakistan, but these weapons were believed to be less adequate than those supplied by the U.S. Prime Minister Bhutto, who became very suspicious that India was developing a nuclear program aimed at building a bomb, renewed pressure on his government: he wanted Pakistan to have a nuclear bomb to counter-balance the disparity of power with the Indian subcontinent. Moreover, when India refused to sign the NPT, Pakistan followed suit. At this point, it became evident that Pakistan was working on developing its own nuclear weapons program.

    In 1971, in the aftermath of the war between India and Pakistan that gave rise to Bangladesh, General Ayub was removed from his position and replaced by Zulfikar Ali Bhutto, who became president and martial law chief, and then Prime Minister. Samina Ahmend describes this pivotal moment in Pakistani history, stating: “Domestically, Bhutto faced the dual challenges of creating a new identity for a traumatized nation and salvaging the prestige of a defeated yet politically powerful military. Using nationalistic, anti-imperialistic, and anti-Indian rhetoric to build popular support, Bhutto embarked on a program expanding the size of the armed forces. And in March 1972, with the support of the military and the civil bureaucracy, he adopted a nuclear weapons program.”[7]  In order to purchase a nuclear reprocessing plant for plutonium enrichment he initiated negotiations with France, and India’s testing of its first nuclear device in 1974 reinforced his decision.

    The leader of Pakistan’s nuclear program, Abdul Qadeer Khan, was a metallurgical engineer, and was given the task to enrich uranium by Prime Minister Bhutto following India’s first nuclear test. It is allegedly believed that he stole the necessary technology and blueprints at the Amelo plant in the Netherlands and that Pakistan entered a clandestine trade with Western Europe to acquire the technology and hardware to build ultra-high-speed centrifuges.[8] Pakistan’s plans and negotiations with France worried the U.S., which in 1976 passed through Congress the Symington amendment to the International Security Assistance and Arms Export Control Act. With this Act, the U.S. denied any military and economic assistance to countries that were importing unsafeguarded technology for enrichment or reprocessing, and urged Pakistan and France to cancel their deal.[9]

    In response to this pressure, Pakistan notified the international community that the country was pursuing a program for a peaceful use of nuclear energy, and invested some efforts to advocate for a nuclear weapons-free zone in South Asia as an alternative measure to counteract India’s predominance in the region. In the aftermath of a visit to Pakistan by U.S. Secretary of State Henry Kissinger in August 1977, aimed at convincing Prime Minister Bhutto to renounce to his nuclear program, France decided to honor the U.S.’s request.[10] In response, Bhutto established a closer relationship with Libya that was based on strong anti-imperialistic sentiments. When the military, led by Mohammed Zia-ul-Haq, ousted Bhutto in July 1977 through a coup, and had him hung in April 1979, many Pakistanis started fearing U.S. interference and Pakistan’s nuclear program became a symbol of national sovereignty and prestige.[11] Motivated by anti-imperialistic feelings, Pakistan would illicitly transfer nuclear technology and expertise to country such as Iran, Iraq, Libya, and North Korea during the following years.[12] Although the deal with France ended, Western Europe remained a reliable source of nuclear material and technology. It was predominantly a clandestine network, but some loopholes in the legislation of these countries allowed Pakistan to openly obtain material from Germany and the Netherlands. On the Asian front, China was the major supplier for Pakistan of most of its weapons-grade uranium, and technical information on the enrichment process. Moreover, it was thanks to China that Pakistan could build the Kahuta ultracentrifuge uranium enrichment plant, which became operational in the mid-1980s.[13]

    To reduce pressure from the international community, and to soothe the very tense relationship with the U.S., Pakistan agreed to allow further control by the IAEA. In 1980, the Cold War’s effects in South Asia turned in Pakistan’s favor. In fact, following the Soviet Union’s invasion of Afghanistan, the U.S. revalued Pakistan’s role in the region and eased its adversity toward Pakistan’s nuclear program up to the point that all the sanctions imposed were lifted by the Reagan administration, and military and economic assistance was offered again. In this way, Pakistan’s position was strengthened against regional opponents such as India, and it pursued further its nuclear weapons program with the help of China. Although its nuclear program had been formally placed under IAEA’s control, Abdul Qadeer Khan would later reveal that Pakistan, by this time, had a clandestine uranium enrichment facility.[14] In 1985 U.S concerns for Pakistan’s nuclear proliferation were renewed, and it re-imposed economic and military sanctions on Pakistan for its supposed willingness to build an atomic bomb. The U.S. then adopted a very ambiguous stance toward Pakistan: Reagan admonished Pakistan not to cross the 5-percent uranium enrichment mark, but when it became clear that Pakistan had crossed it, the U.S. administration denied that Pakistan was pursuing a nuclear weapons program and continued to supply military and economic assistance.

    In August 1988, Mohammed Zia-ul-Haq was assassinated and succeeded by Army Chief General Mirza Aslam Beg. Pakistan attempted to reestablish a democratic system, but the military retained control over defense and security policies and, by the end of the year, Pakistan became de facto a nuclear state. Following India’s development of short-range and intermediate-range nuclear-capable missiles, Pakistan invested in developing its own ballistic missile program. In 1989, Pakistan succeeded in testing two short-range nuclear-capable ballistic missiles, with a range of 70 and 200 kilometers, respectively.[15] Once again, the fall of the Soviet Union and decreased value of importance of Pakistan as a U.S. ally increased the pressure over Pakistan’s nuclear program. In reaction to U.S. and civil society pressure, Pakistan’s military establishment accelerated the development of its nuclear program and interrupted the consultations with the political leadership of the country. Moreover, in 1990, Chief General Beg openly threatened the use of an atomic weapon in case India crossed the Line of Control, causing the U.S. to intervene to mediate and India to back off. This episode further reinforced the belief “in the value of nuclear weapons both as a deterrent and as a tool of diplomatic bargaining,”[16] but prompted the U.S. to impose sanctions that little affected Pakistan. The sanctions didn’t prevent Pakistan from asking for loans and grants from international financial institutions such as the International Monetary Fund, the World Bank, and the Asian Development Bank. Moreover, Pakistan could still engage in dealing with other economically advanced countries for the purchasing of nuclear technology and material.

    Pakistan’s nuclear weapons policy became even more India-centric in the first half of the 1990s in its attempt to ease international pressure over its program. Pakistan openly declared support of nonproliferation efforts, but under the condition that India would cease being a nuclear threat. It also expressed approval for the nuclear Non-Proliferation Treaty under the condition that India also signed it. Finally, Pakistan agreed to sign the Comprehensive Test Ban Treaty only on the condition that its Indian neighbor approved it. This conduct inflamed the Indo-Pakistani relationship, but prompted the renewal of the negotiating efforts with both Pakistan and India by the Clinton administration with the aim of inducing them to freeze their nuclear weapons programs. For a brief period in 1997, the relationship with India morphed into open dialogue – including on issues over Kashmir – and seemed to be heading out of perennial confrontation. This possibility was undermined by the victory of the Bharativa Janata Party in India, whose stance was categorically against any compromise on the Kashmiri issue and in favor of an overt nuclear policy. On its side, Pakistan insisted on the centrality of Kashmir to any resolution with India, a position that further entrenched the two countries in a diplomatic stalemate. It was in this climate that, on May 11 and 13, 1998, India conducted its second and third nuclear test, which was followed by Pakistan’s test on May 28 and 30, despite the promise by the U.S. that Pakistan, together with India, would receive sanctions if it tested a nuclear device. However, for Pakistan the prospect sanctions didn’t prevent it from testing its first nuclear device. The sanctions that were imposed by Japan and the European Union, in addition to the U.S. destabilized Pakistan’s fragile economy. They excluded the possibility of obtaining credits and loans from international financial institutions, and prevented capital outflow, eroding Pakistan’s market self-sustainability and its ability to obtain commercial loans from the International Islamic Bank, which was subject to IMF’s approval.

    State of emergency

    The 1998 testing of nuclear devices by India and Pakistan not only dramatically increased the tension between them, but threw the whole world into a state of emergency, even though the economic pressure on Pakistan prevented the country from achieving full-scale nuclear weaponization and deployment that not even China’s assistance could overcome. China itself was concerned over the possibility that a nuclear arms race could happen between two of its closest neighbors, and openly condemned the two countries. Together with the rest of the P5, China urged Pakistan and India to join the NPT and the CTBT as nuclear-free powers.

    The strict regime of sanctions morphed through time and Pakistan obtained the lifting of some stringent ones, such as the ability to obtain multilateral lending. However, the sanctioning system very harshly affected civil society without really influencing policymakers and politicians, and without warming the Indo-Pakistani relationship. Though India’s conventional military forces are far bigger that Pakistan’s, the two countries possess similar nuclear arsenals. Estimates believe that India currently has between 130 and 140 warheads, while Pakistan possess between 140 and 150 nuclear warheads. The factor that makes India more powerful than Pakistan is that it possesses a nuclear triad, namely the ability to launch nuclear strikes by air, land and sea, while Pakistan’s sea-launched cruise missiles system is still incomplete. Moreover, unlike Pakistan, India has a strict no-first use policy, although high-level officials have recently threatened pre-emptive strikes to eliminate Pakistan’s nuclear capabilities. This situation is causing the region to dwell in uncertainty, and both countries to rely heavily on conventional attacks against each other, confirming that the possession of nuclear weapons does nothing but increase the militarization of their relationship.

    Footnotes

    [1] Dalrymple, William, “The great divide. The violent legacy of Indian partition,” The New Yorker, June 22, 2015 (Accessed on September 12, 2019 https://www.newyorker.com/magazine/2015/06/29/the-great-divide-books-dalrymple).

    [2] China, also, occupies a portion of Kashmir, namely Aksai Chin and Trans-Karakoram Tract.

    [3] Newman, Dorothy (1965) (1st ed.) Nehru. The First 60 Years, Vol. 2, New York: John Day Company, p. 264.

    [4] Perkovich, George (1999) India’s Nuclear Bomb. The Impact On Global Proliferation, Berkley and Los Angeles: University of California Press, p. 15.

    [5] “Eating Grass,” The Bulletin Of The Atomic Scientists, Editor’s note, Vol. 49, no. 5, June 1993, p. 2.

    [6] Ahmed, Samina, “Pakistan’s nuclear weapons program: turning points and nuclear choices”, International Security, Vol. 23, no. 4 (Spring 1999), pp. 178-204.

    [7] Ibidem., p.183.

    [8] Ibidem.

    [9] Ibidem., pg.184.

    [10] Ibidem.

    [11] Ibidem., p.185.

    [12] International Institute for Strategic Studies (2007) Nuclear Black Markets: Pakistan, A.Q. Khan and the Rise of Proliferation Networks, London: IISS. See also https://www.nti.org/learn/countries/pakistan/nuclear/ (Accessed on September 12, 2019)

    [13] Ahmed, Samina, “Pakistan’s nuclear weapons program: turning points and nuclear choices”, International Security, Vol. 23, no. 4 (Spring 1999), p. 186.

    [14] “Interview with Abdul Qadeer Khan,” The News (Islamabad), 30 May 1998, (Accessed on September 12, 2019 http://nuclearweaponarchive.org).

    [15] Spector, Leonard (2018) Nuclear Ambitions. The Spread Of Nuclear Weapons 1989-1990, London and New York: Routledge, p. 107.

    [16] Ahmed, Samina, “Pakistan’s nuclear weapons program: turning points and nuclear choices”, International Security, Vol. 23, no. 4 (Spring 1999), p. 190.

  • India’s (Im)modest Nuclear Quest in 2018: The Measured ‘Normalization’ of a Nuclear State?

    India’s (Im)modest Nuclear Quest in 2018: The Measured ‘Normalization’ of a Nuclear State?

    The passing year marked the 20th year of the May 1998 nuclear tests in Pokhran, the 10th year of the unprecedented exception from the Nuclear Suppliers’ Group (NSG) that the Indian government achieved in 2008, and the last effective year of the ultra-nationalist Modi government as it enters its lame-duck phase early next year. An overall look at the nuclear-related developments in India in 2018 reveals no remarkable development this year – neither have any exceptional acquisitions or advancements been made by the government, nor has any massive anti-nuclear people’s mobilization taken place at the grassroots compared to the immediate post-Fukushima years. On all these counts, the observable surface-reality appears less remarkable than what most observers would have expected.

    The 20th anniversary of the nuclear tests remained rather low-key, at least in comparison to the chest-thumping frenzy and hyperbole that the Modi government has come to be known for. The release of a commemorative Bollywood movie, insipidly titled Parmanu(atom), was announced to coincide with the occasion, but it was silently and inexplicably postponed by a few weeks and the film remained a non-starter despite its over-dramatic nationalist treatment of the subject. While in his pre-election rallies prior to 2014, Narendra Modi had promised a radical alteration of India’s nuclear posture and the shunning of the country’s long-standing policies of ‘no-first-use’ and ‘minimum credible deterrence’ with regard to nuclear weapons, his government did not go beyond heightened nuclear rhetoric against Pakistan.

    On the nuclear energy front, progress has been tediously slow and prospects for even the revised short and medium-term projections look grim although the government remains committed to pursuing both, imported and locally-designed nuclear plants. This year, the government announced an ambiguous nuclear plan for the year 2030 and beyond, which was widely perceived as a scaling down of its nuclear ambitions. Despite the NSG opening the doors of international nuclear supplies for India in 2008, and in effect, rewarding the country for its 1998 nuclear tests, not a single foreign-imported reactor construction, sanctioned since 2008, has started in India.

    However, it is precisely this deceptive calm and seeming indolence on the part of the Indian government that makes it easy to miss out the details and the deeply worrying patterns of an unmistakable push for a massive nuclear weaponization and energy expansion that we should all be concerned about.

    Even as the international gaze is set firmly on the increased nuclear instability owing to the misadventures of the American President vis-à-vis Russia, North Korea, and Iran on the one hand, and desperate attempts by the global nuclear industry to stage a comeback from perhaps its deepest crisis so far, by painting itself as an ‘urgent’ and ‘imperative’ solution to climate change, India is engaged in a steady albeit understated consolidation of its capacities and postures in terms of both, its civilian and military nuclear programs.

    The Unquestioned ‘Normalization’ of a Nuclear State?

    The uncharacteristic and confounding absence of hyped official celebrations of the 20th anniversary of India’s nuclear weapons tests were met with an equal silence on the part of the political opposition and civil society. Surprisingly, the 2018 Pokhran anniversary did not occasion any protests by either the major left-wing parties or civil society groups. This however, can also be explained by the fact that the political opposition, activists and civil society in India have found themselves unremittingly firefighting other, more immediate issues that have hogged the limelight during the BJP government’s tenure – its gross mishandling of the economy and public offices as well as the havoc unleashed by Hindutva groups on the streets almost every other week on ever newer issues ever since Modi’s ascendance. However, this is definitely a reflection on the fact that nuclear weapons have fallen off the radar of public concern in India. In effect, this has meant an almost unquestioned and matter-of-fact acceptance of nuclear weapons and the relentless pursuit of a maximization of India’s nuclear capacities.

    India has consistently expanded its missile program, both qualitatively and quantitatively and has tested as many as eight nuclear-capable delivery vehicles this year itself. Besides, India launched an ‘Advanced Area Defense (AAD) missile this year, capable of intercepting incoming missiles, which the government has claimed as part of the country’s home-grown missile defense system. India also operationalized the nuclear-armed submarine Arihant’s patrolling in the Indian Ocean. Observers have raised concerns about the Indian nuclear triad – land, sea and air-based nuclear capabilities further provoking Pakistan, which is already engaged in miniaturizing its nuclear arsenal to make it more ‘usable’, thus, fueling an arms race in South Asia. India also figured as among the key reasons for the Bulletin of Atomic Scientists moving its famed ‘Doomsday Clock’ closest-ever to midnight since its inception. However, the international response has been far more muted than the outcry on Iran and South Korea. This has also allowed India to maintain its low-key posturing as well as the government’s strategy to perpetuate the image of “good nukes” and a “responsible nuclear state”, which the US and other big powers have willingly and actively permitted India to adopt and proclaim. The Nobel prize-winning International Campaign to Abolish Nuclear Weapons (ICAN) has highlighted the very real dangers of such nuclear hypocrisy. Resultantly, the nuclear escalation in South Asia continues unabated and perhaps enjoys far more political consensus than in 1998 when nuclear weapons were tested by India and Pakistan. Questioning the nuclear arms and military build-up has also become rather perilous, since in recent years, civil society activists and dissenters of all shades have been unrestrainedly labeled ‘anti-national’ by the ruling BJP government on the flimsiest pretexts.

    Besides the military nuclear sector, the nuclear power industry is also being steadily expanded by India even as it lags behind in terms of the ambitious announcements made earlier. Even as the global nuclear industry faces bankruptcies and terminal economic crises, the Indian authorities have used the opportunity in the most perverse manner. Rather than occasioning a serious rethink about the viability and risks of nuclear power, the situation has led the Indian government to ask the imperiled nuclear corporations in the West for technology transfers with the outrageous claim that these nuclear projects can be constructed by engaging private domestic companies, with absolutely no experience in nuclear construction. The French nuclear industry, now snowed under a steep decline, has been more than willing to oblige, and, Prime Minister Modi has announced ‘maximum localisation’ of the EPR design that has been questioned across the world and has been a crucial reason for the meltdown of Areva in France. This year, America’s GE also entered the Jaitapur project and signed strategic cooperation agreements with EDF and Nuclear Power Corporation of India Ltd (NPCIL). This patch-work approach to salvage the world’s largest nuclear project and promote Modi’s ‘Make in India’ pitch has understandably raised serious concerns. Even as the future of the Jaitapur project on India’s western coast remains uncertain, the Indian government in December this year announced the completion of its land acquisition which has meant the forced eviction of villagers on ground and suppression of the local communities’ agitation by stick-and-carrot tactics. Despite losing their lands, the villagers continue to protest the loss of livelihoods and safety risks that the nuclear project has and will bring to them. This year in August, hundreds of people in the Jaitapur region courted voluntary arrest – ‘jail bharo’ as a form of protest.

    Both the Kovvada and MithiVirdi project sites, allotted to the US corporations GE and Westinghouse since 2008 continue to figure in the government’s projections despite running into serious trouble. The ruling party’s own Chief Minister in the State of Gujarat has assured the people that the MithiVirdi project will never be started as the safety concerns and farmers’ protests are ‘legitimate’, and after GE’s exit from Kovvada, citing liability in 2015, the government has allotted the site to Westinghouse and the uncertainties of the ongoing negotiations have not stopped the Indian government from pushing ahead with land acquisition.

    While the future of the US and French nuclear projects in India remains uncertain, Russia has come to India’s rescue. This year, the government signed design contracts with Russia for Units 5 and 6 of VVER reactors in Koodankulam and launched the construction of Units 3 and 4 despite glaring failures of Units 1 and 2. India has also signed a new nuclear deal with Russia for six more reactors at a new site that remains officially unannounced.

    Given the complications of starting Western-imported nuclear projects, the Indian government seems to have shifted its focus to the domestically-built ‘indigenous’ Pressurized Heavy Water Reactors (PHWRs). Last year, the government repackaged the plans for 10 such reactors with 700 MW capacity each. This year, excavation work has started in Gorakhpur and the government has continued land acquisition and environmental clearance efforts for Mahi-Banswara and pre-project activities in Chutka. The localised nuclear expansion has also included construction of more PHWRs in existing plants like Kaiga where the government recently conducted a farcical public hearing on the Environmental Impact Assessment report, which has been criticized by independent experts. Despite the generally slow growth of the nuclear sector, India has steadily increased its import of uranium fuel from Canada, Kazakhstan and other countries.

    India’s nuclear arsenal and missile capabilities continue to grow quietly, under an otherwise grandiloquent and ultra-nationalist regime. And even though the nuclear power sector’s growth appears to be painfully slow, the Indian government has firmly set the country on a course of a full-spectrum technology-ownership in the nuclear sector, and, is using every available opportunity, including the decline of international nuclear industry, towards this grandiose ambition.

    One might ask then, if it is by design that the Indian government ignores the attendant problems of an unrelenting pursuit of nuclear projects like the EPR, even as the horror of Fukushima continues to unfold before us, and whether, the growth of its nuclear sector, no matter how snail-paced, ensures a ‘legitimate’ and comprehensive growth of nuclear technology, which in turn provides India not just military wherewithal, but also diplomatic stature and the leverage to enhance its long-term power projection, as well as withstand any sanctions in the future in the event that the country conducts nuclear tests? As nuclear power in the present situation does not make sense on either financial or safety grounds, it is only this super-power ambition which is plausibly guiding India’s overall nuclear strategy. India’s chequered nuclear past is reason enough to believe so.

  • 20 Years of Nuclear tests by India and Pakistan: the Real Nuclear Danger in Asia That Nobody is Talking About

    20 Years of Nuclear tests by India and Pakistan: the Real Nuclear Danger in Asia That Nobody is Talking About

    [fusion_builder_container hundred_percent=”no” equal_height_columns=”no” menu_anchor=”” hide_on_mobile=”small-visibility,medium-visibility,large-visibility” class=”” id=”” background_color=”” background_image=”” background_position=”center center” background_repeat=”no-repeat” fade=”no” background_parallax=”none” parallax_speed=”0.3″ video_mp4=”” video_webm=”” video_ogv=”” video_url=”” video_aspect_ratio=”16:9″ video_loop=”yes” video_mute=”yes” overlay_color=”” video_preview_image=”” border_size=”” border_color=”” border_style=”solid” padding_top=”” padding_bottom=”” padding_left=”” padding_right=””][fusion_builder_row][fusion_builder_column type=”1_1″ layout=”1_1″ background_position=”left top” background_color=”” border_size=”” border_color=”” border_style=”solid” border_position=”all” spacing=”yes” background_image=”” background_repeat=”no-repeat” padding_top=”” padding_right=”” padding_bottom=”” padding_left=”” margin_top=”0px” margin_bottom=”0px” class=”” id=”” animation_type=”” animation_speed=”0.3″ animation_direction=”left” hide_on_mobile=”small-visibility,medium-visibility,large-visibility” center_content=”no” last=”no” min_height=”” hover_type=”none” link=””][fusion_text]While the global diplomatic circuits, international media and opinion makers are busy discussing whether North Korea would de-nuclearise itself, or if Iran would go nuclear, there seems to be a complete silence this month as the world’s only nuclear-armed neighbours with ongoing conflicts complete 20 years of their nuclear tests conducted in May 1998.

    Real and escalating danger

    Even a cursory look at these 20 years would dispel the carefully-crafted myths around nuclear weapons, and would bring out their sheer absurdity. Far from providing security and strategic stability, introduction of nuclear weapons in the region has pushed both the countries into an ever-spiraling arms race – of both nuclear and conventional kinds.

    Ever since the 1998 nuclear tests – in the Pokharan desert by India on 11th and 13th May and in Chagai Hills by Pakistan on 28th May – both countries have spent heavily on expanding military infrastructure mostly imported from the US, Russia, Israel, and China. As per the March 2018 SIPRI Report titled ‘Trends in International Arms Transfer’, India leads the global imports of conventional weapons while Pakistan is on the 9th position this year. India has become the world’s largest arms importer, with a share of 14% in the entire world’s weapons’ trade. India’s weapons imports have grown by 90%, between 2006-10 and 2011-15. There is a steep upward curve in this trend and India has topped global weapons imports for most years since 1998. The security that the nuclear weapons were supposed to bestow is conspicuously absent.

    The overall military expenditure has also grown in this period. In terms of military budget, India is now the world’s fifth largest spender on the military, spending $55.5 billion in 2017, a hike of 6% since the previous year. The country’s defence expenditure has escalated sharply particularly since 2006, its share in the world’s military expenditure rose from 2.5%-3%. This amounts to 2.3% of India’s total GDP.

    The obscenity of this massive militarism becomes apparent when compared with the widening wealth gap, and the steep decline in government expenditure in crucial sectors such as health and education. More than 194 million Indians go hungry daily and 37% of deaths in India are still caused by “poor country” diseases such as TB and malaria. Even India’s middle classes – flag-bearer of nuclear nationalism – are actually poor as shown by recent data and their numbers are often inflated.  Similarly, Pakistan’s 22% population is hungry and it was ranked 107 in a ranking of 118 developing nations in the Global Hunger Index. On other indices, such as child undernourishment and mortality rates, education, sanitation, both India, and Pakistan are among the worst-performing nations on the world map.

    On average, India and Pakistan have flight-tested one nuclear-capable missile every year since 1998. A 2012 report by the Nobel-winning International Physicians for Prevention of Nuclear Weapons(IPPNW) warned of a severe nuclear war-induced famine in South Asia that would kill a staggering two billion people in its hypothetical study on the consequences of a nuclear exchange in the region.

    Rising belligerence and nuclear war-drums

    The risk in South Asia has become worse with the rise of ultra-nationalist politics in both India and Pakistan with avowed religious fervour. Open nuclear threats to each other by top-most political and military leaders have severely undermined faith in strategic stability in the recent years.  While the former Indian Defence Minister Manohar Parrikar made a dangerously frivolous statement in 2016 about revising India’s nuclear doctrines of No-First-Use and credible minimum deterrence, his counterpart in Pakistan raised concerns internationally when he threatened Israel with nuclear war, merely over a fake tweet! Revision of the ‘No-First-Use’ policy and a ‘credible minimum deterrence’ posture, that India adopted in 2003 as part of its Nuclear Doctrine, is being openly discussed by strategic experts and political leaders as the incumbent PM Narendra Modi fought his elections in 2014 with a poll promise to revise the nuclear posture.

    The Doomsday Clock statement this year mentioned the “simmering tensions between nuclear-armed India and Pakistan”. It refers to the “threats of nuclear warfare” hanging in the background “as Pakistan and India faced each other warily across the Line of Control in Kashmir”, a reference to the surgical strikes by the Indian military across the LoC on September 29. The 2017 statement also mentioned the militant attacks on two Indian army bases in 2016 – the September 18 Uri attack that killed 20 soldiers and the Nagrota attack on November 29, in which seven soldiers died – that led to the exchange of not-so-veiled nuclear threats in South Asia.

    Inching closer to nuclear midnight

    Unsurprisingly, the escalating nuclear tensions between India and Pakistan have been cited in the Atomic Doomsday Clock in the past two consecutive years, as the clock reached closest ever to midnight.

    Even as the world saw some progress towards disarmament last year as the UN adopted the Treaty on the Prohibition of Nuclear Weapons, or the Nuclear Ban Treaty, India and Pakistan joined the Nuclear Weapons States(NWS) in boycotting the negotiations and voting. This went against India’s carefully crafted image of a reluctant nuclear-armed nation ready to disarm if the world discusses it seriously going beyond the NPT. When the International Campaign to Abolish Nuclear Weapons(ICAN) was awarded Nobel Peace Prize in Oslo last year, diplomats of both India and Pakistan remained away from the ceremony, citing rather lame excuses.

    Celebration of murderous weapons

    A few weeks ago, when the doctors of IPPNW organised an international seminar in New Delhi on the Nuclear Ban Treaty, they met with shockingly disappointing treatment devoid of basic courtesy. The Indian government did not just deny the visa for participants from Pakistan and Bangladesh, the government-appointed Chair of the cross-party Parliamentary Standing Committee on Defence refused to meet their delegation despite prior approval. While the world has made progress in criminalising nuclear weapons, a Bollywood movie glorifying nuclear tests is getting released this month to commemorate the Pokharan nuclear tests of 1998. Such apathy towards nuclear insanity does not bode well for the region, and calls for an urgent attention by the international civil society.[/fusion_text][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container][fusion_global id=”13042″]

  • Nuclear Weapons Use in South Asia

    This article is part of a series from the November 2017 Harvard University conference entitled “Presidential First Use: Is it legal? Is it constitutional? Is it just?” To access all of the transcripts from this conference, click here.

    My topic is nuclear weapons in South Asia. The United States was the first nation to build nuclear weapons, and the US first use of nuclear weapons was itself their first ever use. The United States was not under imminent threat of attack when they used nuclear weapons on Japan. The US explained the atomic bomb to the world as a weapon of awesome power that was harnessing the power of the sun and as the future of warfare. No wonder others wanted it. If the United States could use this weapon and claim that it turned the tide of war, then they wanted it too. This lesson took root in South Asia and today both India and Pakistan have nuclear weapons.

    The image above was taken by an astronaut. The bright yellow line snaking up the middle is the border between India on the right and Pakistan on the left. The bright shiny spot way at bottom left is the city of Karachi, population roughly 20 million. Imagine the distance from that city of 20 million people to the border with India (it is at most a few hundred miles). It would take a missile three hundred seconds to fly from an Indian military base to a target in Pakistan and vice versa. By the time Pakistan or India knows that the missile is coming, the better part of a hundred seconds is already gone. That leaves you two hundred seconds to figure out what’s happening. Is it real? What do we do? Who decides? Two hundred seconds. You can almost hold your breath for that long. Almost.

    The Indians and the Pakistanis have tried to put in place systems to manage decision-making about nuclear weapons, but those systems are completely removed from reality. On paper, they have very proper procedures about who will be the members of the committee that will decide whether to launch a nuclear attack. Those committees are chaired by prime ministers or their designated appointees; they include cabinet ministers and generals who are supposed to decide collectively. But could you gather them together or even on the phone in two hundred seconds in the middle of the night in a crisis situation?

    In the Pakistani case, the fantasy of having a prime minister chair the committee that will decide about the use of nuclear weapons beggars belief. In any committee where the prime minister of Pakistan and the chief of the army sit at the same table, it will not be the prime minister who gets to decide. Pakistan has had three periods of military dictatorship, and those periods of military dictatorship saw the beginnings of nuclear program in the 1950s and 1960s, the achievement of a rudimentary nuclear weapons capability in the early 1980s, and the establishment of a large nuclear arsenal with an array of missiles in the early 2000s. The Pakistan army is used to being in charge of everything that matters when it comes to warfare, and prime ministers know to get out of the way.

    The Pakistani plan for the use of nuclear weapons is the first use of nuclear weapons as a deliberate strategy. Their nuclear strategy is that if they are in a war with India, they will turn a conventional war into a nuclear war as soon as they fear they are losing the conventional war. And Pakistani decision-makers expect to lose, unless there is international intervention, because the Indians have more soldiers and more tanks. The Indian response to this has been that if Pakistan uses nuclear weapons against their soldiers anywhere, including on the Indian side of the border, then they will launch massive retaliation. The Indian position is not that they will use nuclear weapons first, but that if those weapons are used against them, the Indian response will not be proportionate. If you attack our soldiers, then we destroy your cities.

    I recently debated a retired Indian vice admiral who had been in charge of India’s nuclear weapons and asked him about the following scenario. Suppose that Pakistan uses a nuclear weapon against some Indian soldiers and tanks in the desert because Pakistan thinks they are going to lose the battle here. Is India going to massively retaliate against Pakistani cities? Is India going to kill millions upon millions of civilians because Pakistan kills some soldiers and destroys some tanks? (Nuclear weapons, by the way, are not very good at destroying tanks.) He said, yes, we will destroy Pakistani cities because that is the only way to deter.

    Where did this insanity come from? It began when the United States was trying to recruit allies in the Cold War. Indian leaders said no. The US then asked Pakistan’s leaders to become allies, and they agreed, in exchange for guns and funds. The US sent both. In the 1950s, the US expected the next war to be against the Soviet Union and to go nuclear. The US military sent a Nuclear Warfare Team to Pakistani military training academies to teach them how to fight a nuclear war. American military planning in the 1950s for the fighting of the next war envisaged the early use of tactical nuclear weapons against Soviet forces, because of the belief that the Soviets would overwhelm the US in any conventional war.

    Little has changed. Now, instead of relying on American nuclear weapons, the Pakistanis have built their own and plan to use them based on the lessons that the Americans taught them so long ago. The Pakistani military will control decision-making on the use of nuclear weapons in South Asia. Because India has overwhelming conventional force, its stated policy is against first use of nuclear weapons. The Indian military by and large doesn’t particularly like this idea. They want to be able to go first. But Indian politicians have held the line against first use, at least so far.

    Until the United States changes how it thinks about nuclear weapons, it’s very hard to imagine any other nuclear-weapons state rethinking its position on their use. If you are an anti-nuclear activist talking to leaders in Pakistan or in India they will tell you, look, if the Americans think they need nuclear weapons, surely we do; if the Americans think that they need to use nuclear weapons first, then surely we should be able to do so too. The future of nuclear decision-making in all the other nuclear-weapons states hinges on how the United States begins to think about changing its policy.

    There is now a new international treaty open for signature to prohibit nuclear weapons and the threat of their use. The world believes by and large that the use of nuclear weapons is not acceptable (122 countries out of the 192 members of the United Nations supported the new treaty). The debate about the use of nuclear weapons needs to begin with the understanding that the threat and use of nuclear weapons would be a crime against humanity and a crime in international law. Any policymaker willing to make the decision to use nuclear weapons or threaten their use should be considered an international war criminal.

  • Implications of the US-India Nuclear Deal and the Task for the International Peace Movement

    The US Congress has passed legislation enabling the 2005 US-India nuclear deal to go forward. This deal may accelerate the nuclear arms in South Asia.

    The US Congress explicitly rejected proposals that the deal be conditional on India halting its production of fissile materials (plutonium and highly enriched uranium) for nuclear weapons. This is despite the fact that the United Nations Security Council had unanimously demanded that India and Pakistan stop such production (Resolution 1172, 6 June, 1998).

    The U.S.-India deal will allow India access to the international uranium market. This will enable it to free up more of its domestic uranium for its nuclear weapons program. India could, for example, build a third weapon plutonium reactor and begin enriching uranium for weapons, as well as supply enriched uranium to fuel the nuclear submarine it has been trying to build for several decades. India could also convert one of its unsafeguarded nuclear power reactors to weapons-grade plutonium production, and generate an additional 200 kg/year of weapons-grade plutonium. This would allow India to produce an additional 40-50 weapons worth a year of weapon-grade plutonium — up from perhaps seven weapons worth a year today.

    As part of the nuclear deal, the United States also agreed to let Indian keep its nuclear fuel reprocessing plants and plutonium breeder reactor program outside safeguards. The plutonium breeder reactor that India expects to complete in 2010 would produce about 25-30 weapons worth a year of weapon-grade plutonium in its blankets. India expects to build another four such reactors in coming years.

    Pakistan’s National Command Authority, which is chaired by President Pervez Musharraf and has responsibility for its nuclear weapons policy and production, declared that “In view of the fact the [U.S.-India] agreement would enable India to produce a significant quantity of fissile material and nuclear weapons from unsafeguarded nuclear reactors, the NCA expressed firm resolve that our credible minimum deterrence requirements will be met.”

    Our task

    The international peace movement can still try to prevent this deal from triggering a major escalation in the South Asian nuclear arms race.

    For the deal to come into force, it has to be accepted unanimously by the 45-nation Nuclear Suppliers Group (NSG). The debate may be drawn out – the deal is supported by the United States, United Kingdom, France and Russia, while several members (including Austria, Ireland, Norway, Sweden and New Zealand) are opposed, and other countries (among them Australia, Belgium, Canada, Germany, and Finland) are divided. China has proposed that instead of an India-specific exemption from NSG rules, a criteria based approach be adopted. This presumably would open the door for the NSG to eventually consider lifting restrictions on nuclear trade with Pakistan — whose nuclear weapon and nuclear power program China has supported.

    The countries who are members of the Nuclear Suppliers Group must be urged to abide by UN Security Council Resolution 1172. They should promote an end to the production of fissile materials for weapons in South Asia as a condition for any international nuclear trade with India or Pakistan.

    A moratorium on such production could also be important in fostering negotiations on a fissile material cut-off treaty. The United States, Russia, United Kingdom, France and China have all suspended production of fissile materials for weapons. India and Pakistan (along with Israel and North Korea) are continuing their production however. A complete halt to all production of fissile materials for nuclear weapons is a necessary step for nuclear disarmament.

    For more information on the US-India nuclear deal:

    Zia Mian and M. V. Ramana, “Wrong Ends, Means, and Needs: Behind the U.S. Nuclear Deal with India,” Arms Control Today, January/February 2006, http://www.armscontrol.org/act/2006_01-02/JANFEB-IndiaFeature.asp

    Zia Mian, A.H. Nayyar, R. Rajaraman and M.V. Ramana, “Fissile Materials in South Asia and the Implications of the US-India Nuclear Deal,” http://www.fissilematerials.org/ipfm/site_down/ipfmresearchreport01.pdf

    Zia Mian is a research scientist with the programme on science and global security, Woodrow Wilson School of Public and International Affairs, Princeton University. He is the co-editor of Out of the Nuclear Shadow: Pakistan’s Atomic Bomb & the Search for Security (Zed Books, 2001).
  • References on High Alert and Nuclear Famine Dangers

    Bruce Blair, “Keeping Presidents in the Nuclear Dark,” Bruce Blair’s Nuclear Column (Episode #2:  The SIOP Option that Wasn’t), Feb. 16, 2004. Retrieved from http://www.cdi.org/blair/launch-on-warning.cfm

    Bruce G. Blair,”A Rebuttal of the U.S. Statement on the Alert Status of U.S. Nuclear Forces,” October 13, 2007. Retrieved from http://lcnp.org/disarmament/opstatus-blair.htm

    Bruce G. Blair, Harold Feiveson and Frank N. von Hippel, “Who’s Got the Button? Taking Nuclear Weapons off Hair-Trigger Alert,” Scientific American, November 1997. Retrieved from http://www.cdi.org/aboutcdi/SciAmerBB

    False Warnings of Soviet Missile Attacks during 1979-80 Led to Alert Actions for U.S. Strategic Forces; National Security Archive Electronic Briefing Book No. 371 Posted – March 1, 2012. Retrieved from http://www.gwu.edu/~nsarchiv/nukevault/ebb371/index.htm

    Eliminating Nuclear Threats: A Practical Agenda for Global Policymakers, Report of the International Commission on Nuclear Non-Proliferation and Disarmament, Gareth Evans and Yoriko Kawaguchi, Co-Chairs. Retrieved from http://icnnd.org/Reference/reports/ent/part-ii-2.html

    Nathan Hodge and Sharon Weinberger, “The Ever-Ready Nuclear Missileer,” Bulletin of the Atomic Scientists, Vol. 64, No. 3, pp. 14-21 DOI: 10.2968/064003005. Retrieved from http://www.thebulletin.org/files/064003005.pdf

    ICAN Nuclear Weapons Convention: http://icanw.org/nuclear-weapons-convention

    M.Mills, O. Toon, R. Turco, D. Kinnison and R. Garcia, “Massive Global Ozone Loss Predicted Following Regional Nuclear Conflict,” Proceedings of the National Academy of Sciences (USA), Apr 8, 2008, Vol 105(14), pp. 5307-12. Retrieved from http://www.pnas.org/content/105/14/5307.abstract

    A. Robock, L. Oman and G. Stenchikov, “Nuclear Winter Revisited with a Modern Climate Model and Current Nuclear Arsenals: Still Catastrophic Consequences,” Journal of Geophysical Research – Atmospheres, Vol. 112, No. D13, 2007. Retrieved from http://climate.envsci.rutgers.edu/pdf/RobockNW2006JD008235.pdf

    A. Robock, L. Oman, G. L. Stenchikov, O. B. Toon, C. Bardeen and R. Turco, “Climatic Consequences of Regional Nuclear Conflicts,” Atmospheric Chemistry and Physics, Vol. 7, 2007, p. 2003-2012. Retrieved from http://www.atmos-chem-phys.org/7/2003/2007/acp-7-2003-2007.pdf

    O.B.Toon, R. Turco, A. Robock, C. Bardeen, L. Oman, and G. Stenchikov, “Atmospheric effects and societal consequences of regional scale nuclear conflicts and acts of individual nuclear terrorism”, Atmospheric Chemistry and Physics, Vol. 7, 2007, pp. 1973-2003. Retrieved from http://climate.envsci.rutgers.edu/pdf/acp-7-1973-2007.pdf

    O.B. Toon and A. Robock, “2010:  Local Nuclear War, Global Suffering,”  Scientific American, 302, 74-81. Retrieved from http://climate.envsci.rutgers.edu/pdf/RobockToonSciAmJan2010.pdf

    O. Toon, A. Robock and R. Turco, “The Environmental Consequences of Nuclear War,” Physics Today, vol. 61, No. 12, 2008. Retrieved from http://climate.envsci.rutgers.edu/pdf/ToonRobockTurcoPhysicsToday.pdf

    S. Starr, “Catastrophic Climatic Consequences of Nuclear Conflict,” International Commission on Nuclear Non-Proliferation and Disarmament, December 2009. Retrieved from http://icnnd.org/Documents/Starr_Nuclear_Winter_Oct_09.pdf

    S. Starr, “Launch-Ready Nuclear Weapons: A Threat to All Nations and Peoples,” Nuclear Age Peace Foundation, August 2011. Retrieved from https://wagingpeace.davidmolinaojeda.com/wp-content/uploads/2012/11/2011_06_24_starr.pdf

    http://www.nucleardarkness.org

  • Nuclear Insanity

    This article was originally published by the Deccan Chronicle.


    Vandana ShivaFukushima has raised, once again, the perennial questions about human fallibility and human frailty, about human hubris and man’s arrogance in thinking he can control nature. The earthquakes, the tsunami, the meltdown at Japan’s nuclear power plant are nature’s reminders of her power.


    The scientific and industrial revolution was based on the idea that nature is dead, and the earth inert matter. The tragedy in Japan is a wakeup call from Mother Nature — an alarm to tell us she is alive and powerful, and that humans are powerless in her path. The ruined harbours, villages and towns, the ships, aeroplanes and cars tossed away by the angry waves as if they were tiny toys are reminders that should correct the assumption that man can dominate over nature — with technology, tools and industrial infrastructure.


    The Fukushima disaster invites us to revisit the human-nature relationship. It also raises questions about the so-called “nuclear renaissance” as an answer to the climate and energy crisis. President of the Institute for Energy and Environmental Research, Arjun Makhijani, speaking at Public Interest Environmental Law Conference, said that “nuclear renaissance” would need 300 reactors every week and two-three uranium enrichment plants every year. The spent fuel would contain 90,000 bombs of plutonium per year if separated. Water required would be 10-20 million litres per day.


    Following the Fukushima disaster, China, Germany, Switzerland, Israel, Malaysia, Thailand and the Philippines are reviewing their nuclear power programmes. As Alexander Glaser, assistant professor in the department of mechanical and aerospace engineering at Princeton University, observes, “It will take time to grasp the full impact of the unimaginable human tragedy unfolding after the earthquake and tsunami in Japan, but it is already clear that the proposition of a global nuclear renaissance ended on that day”.


    Across India, movements are growing against old and new nuclear power plants. Nuclear power plants are proposed at Haripur (West Bengal), Mithi Virdi (Gujarat), Madban (Maharashtra), Pitti Sonapur (Orissa), Chutka (Madhya Pradesh) and Kavada (Andhra Pradesh).


    The 9,900 MW Jaitapur nuclear power plant, consisting of six nuclear reactors in Madban village, Ratnagiri district, Maharashtra, will be the world’s largest nuclear power plant if built. French state-owned nuclear engineering firm Areva and Indian state-owned operator Nuclear Power Corporation of India signed a $22-billion agreement in December 2010, to build six nuclear reactors in the presence of Nicolas Sarkozy, the French President, and Manmohan Singh, the Indian Prime Minister.


    In the light of expected surge in orders following the France-India agreement, Areva started to hire 1,000 people a month.


    Jaitapur is a seismically sensitive area and is prone to earthquakes. Yet, there is no plan for the disposal of 300 tonnes of nuclear waste that the plant will generate each year. The plant will require about 968 hectares of fertile agricultural land spread over five villages that the government claims is “barren”.


    Jaitapur is one of many nuclear power plants proposed on a thin strip of fertile coast land of Raigad, Ratnagiri and Sindhudurg districts — the estimated combined power generation will be 33,000 MW. This is the region that the Government of India wanted to be declared a world heritage site under the Man and Biosphere programme of Unesco. Villagers of the Konkan region have been protesting against the nuclear plant. They have formed Konkan Bachao Samiti and Janahit Seva Samiti and have refused to accept cheques for the forced land acquisition. Ten gram panchayats have resigned to protest the violation of the 73rd Amendment.


    Jaitapur has been put under prohibitory orders and more than five people cannot gather. On April 18, 2011, policemen fired at protesters who were demonstrating against the proposed Nuclear Power Park at Jaitapur. One died and eight others were seriously injured. The 2,800 MW nuclear plant planned at Fatehbad, Haryana, involves the acquisition of 1,503 acre of fertile farmland. Eighty villages are protesting; two farmers have died during protests.


    A nuclear power plant is planned in Chutkah, Madhya Pradesh, where 162 villages were earlier displaced by the Bargi dam. Forty-four villages are resisting the nuclear power plant. Dr Surender Gadakar, a physicist and anti-nuclear activist, describes nuclear power as a technology for boiling water that produces large quantities of poisons that need to be isolated from the environment for long durations of time. Plutonium, produced as nuclear waste, has a half life of 240,000 years, while the average life of nuclear reactors is 21 years. There is so far no proven safe system for nuclear waste disposal. Spent nuclear fuel has to be constantly cooled, and when cooling systems fail, we have a nuclear disaster. This is what happened at nuclear reactor 4 at Fukushima.


    The focus on fossil fuels, CO2 emissions and climate change suddenly allowed nuclear energy to be offered as “clean” and “safe”. But as a technology, nuclear power consumes more energy than it generates if the energy for cooling spent fuel for thousands of years is taken into account. In India, the costs of nuclear energy become even higher because nuclear power plants must grab land and displace people. The Narora nuclear plant in Uttar Pradesh, which is a mere 125 km from Delhi, displaced five villages. In 1993, there was a major fire and near meltdown in Narora.


    The highest cost of nuclear energy in India is the destruction of democracy and constitutional rights. Nuclear power must undermine democracy. We witnessed this during the process of signing the US-India Nuclear Agreement. We witnessed it in the “cash for votes” scandal during the no-confidence motion in Parliament. And we witness it wherever a new nuclear power plant is planned. Physicist Sowmya Dutta reminds us that the world has potential for 17 terra watt nuclear energy, 700 terra watt wind energy and 86,000 terra watt of solar energy. Alternatives to nuclear energy are thousand times more abundant and million times less risky. To push nuclear plants after Fukushima is pure insanity.

  • New Momentum for Nuclear Abolition: Opportunities and Obstacles

    On this tenth anniversary of the Indian Coalition for Nuclear Disarmament and Peace, launched in the wake of India’s nuclear tests and Pakistan’s entry into the nuclear club as well, the world is facing ever new dangers in the nuclear age, even as these growing perils spark burgeoning new demands for nuclear disarmament across the globe. Perhaps the most unexpected call, which kicked off much of the current avalanche of new campaigns, initiatives, and projects for nuclear abolition, was an article in the Wall Street Journal, “A World Free of Nuclear Weapons” in January 2007, when four rusty cold warriors, led by Henry Kissinger together with Sam Nunn, William Perry and George Schultz warned of the dangers of terrorism and nuclear proliferation and called for nuclear disarmament.


    Their article inspired a whole series of statements around the world by former military and government officials, echoing their call for a nuclear weapons free world, essentially providing  the political cover for President Obama’s Prague speech in April, 2009, for which he received the Nobel Peace Prize. Obama pledged “America’s commitment to seek the peace and security of a world without nuclear weapons”– although adding that it might not be reached “in my lifetime.” His Secretary of State, Hillary Clinton subsequently misquoted him, noting that “the President has acknowledged we might not achieve the ambition of a world without nuclear weapons in our lifetime or successive lifetimes.” And then Clinton pushed the ball even further down the road, speaking about the new START Treaty with Russia, foreseeing “a goal of a world someday, in some century, free of nuclear weapons.”


    After the initial statement of Kissinger and company, the group was tagged by various journalists and pundits as “the four horsemen”, perhaps ironically unaware that the biblical reference in the New Testament to the four horsemen of the apocalypse, is to a quartet of mythical marauders representing evil, war, famine and death.  The following year, in 2009, the world welcomed a Five Point Action Plan for Nuclear Disarmament urged by UN Secretary General Ban Ki-moon   which included the goal of a Nuclear Weapons Convention or framework of agreements to eliminate nuclear weapons.


    Ban Ki-moon’s proposal validated at last the largely unheralded efforts of civil society, which immediately after forming the Abolition 2000 Network at the 1995 Non-proliferation Treaty Review and Extension conference (NPT), extending the 25 year old  NPT’s expiration date indefinitely,  called for negotiations on a treaty to eliminate nuclear weapons by the year 2000. The Network’s Working Group of lawyers, scientists, and policymakers drafted a Model Nuclear Weapons Convention, submitted by Costa Rica to the UN as an official document. As the millennium approached, Abolition 2000 then enrolled over 2000 members in 95 countries and kept its name, despite the failure of negotiations to materialize. Fifteen years later, the nuclear weapons convention is an idea whose time has come, with calls for negotiations arising from every part of the globe.


    The Kissinger crew noted the growing power of campaigns and initiatives including grassroots pressure on America’s NATO allies, Belgium, Germany, Luxembourg, the Netherlands, and Norway for NATO to remove U.S nuclear weapons now stationed in Europe under NATO’s “nuclear sharing” policy, calls to revive the Rajiv Gandhi Plan for Nuclear Disarmament, the International Campaign to Abolish Nuclear Weapons, Global Zero, the expanding Parliamentary Network for Non-Proliferation and Nuclear Disarmament, the Mayors for Peace approaching  5,000 member cities, together with leaders around the world clamoring for negotiations to begin on a treaty to ban the bomb.  They issued a second statement one year later in 2008, “Toward a Nuclear-Free World” .  Clearly walking back from their earlier call, they warned of a “nuclear tipping point” demanding better measures to prevent nuclear terrorism and more secure controls on nuclear material and the nuclear fuel cycle, while bemoaning the fact that:
    In some respects, the goal of a world free of nuclear weapons is like the top of a very tall mountain. From the vantage point of our troubled world today, we can’t even see the top of the mountain, and it is tempting and easy to say we can’t get there from here. But the risks from continuing to go down the mountain or standing pat are too real to ignore. We must chart a course to higher ground where the mountaintop becomes more visible.


    Of course, Civil Society had no difficulty seeing the top of the mountain and was proposing to reach it by urging that negotiations begin on a treaty to eliminate nuclear weapons, just as the world had done for chemical and biological weapons, and landmines and cluster bombs as well.  It wasn’t as if the world had never banned a class of weapons before. With a third article this year by Kissinger and his colleagues, their lack of good faith is apparent. Titled “How to Protect Our Nuclear Deterrent”, they emphasize the importance of maintaining the credibility of the US nuclear deterrent by supporting  the Congressional drive to undercut, with a multi-billion dollar modernization program for the nuclear weaponeers, the modest START treaty  negotiated by Obama and Medvedev. 


    The treaty would cut deployed weapons in their massive arsenals of about 23,000 nuclear bombs, from 2,200 each to between 1,500 and 1,675. There are 1,000 nuclear bombs, in total, in the remaining nuclear countries—UK, France, China, India, Pakistan, Israel, and North Korea. START would also cut strategic bombers and land- and sea-based missiles from 1,600 each to 800. US mid-term elections with Republican control of the Congress and a diminished Democratic Senate majority,  may scuttle START’s ratification, leaving both countries without the ability to resume mutual inspections and verification of their nuclear activity which ended when the old START treaty expired in December 2009. Disturbingly, the international committee of the Russian Duma has rescinded its recommendation that Russia ratify START, pending US action, in light of the disappointing US elections results and the steep price tag the Republicans have attached to buy their votes for ratification.


    Since Russia and the US still have more than 10,000 weapons, START is only a modest step forward but one that is essential to demonstrate US and Russia willingness to tackle the unconscionable numbers of bombs in their arsenals. It was a difficult negotiation, hedged with caveats on missile defenses. The Russians are alarmed at US efforts to surround Russia with a ring of missile ”defenses”, seeking to site missile and radar bases in Poland, the Czech Republic, Rumania, Bulgaria and Ukraine, right up to the Russian border. Indeed, these START negotiations echoed the tragic lost opportunity at the Reagan-Gorbachev 1986 Reykjavik summit when negotiations for the total abolition of nuclear weapons collapsed because Reagan wouldn’t give up plans for a Strategic Defense Initiative to dominate space.


    Obama submitted START to the Senate for ratification attached to a Faustian bargain with the military-industrial-scientific-congressional complex for an additional $80 billion in new nuclear weapons testing and modernization and funding for a plutonium- pit bomb factory at Los Alamos, a uranium processing plant at Oak Ridge, and a new manufacturing facility for non-nuclear bomb parts in Kansas City—spreading the evil largesse across the whole continent– as well as an additional $100 billion for delivery systems—planes, submarines and missiles for launching nuclear bombs by air, sea and land.


    Obama also assured Congress that nothing in the START treaty would preclude the US from developing offensive missile “defenses” and its planned “prompt global strike” weapons systems,  an integral part of US plans to dominate and control the military use of space.  In October, the US and Israel were the only countries to abstain on a UN Resolution against the weaponization of space. This was actually an improvement in the US position since up to now it was the only country to vote NO on the resolution. The US has consistently blocked consensus on voting for negotiations on a draft treaty, submitted to the UN by Russia and China, to ban weapons in space.


    While the U.S. and its allies have been excoriating Pakistan for blocking consensus on proposed negotiations to cut off the production of fissile materials for “weapons purposes”, no countries are holding the U.S. to account for blocking consensus on keeping weapons out of space.  Pakistan is still playing catch up to produce nuclear materials while the other nuclear powers all have excess tons of highly enriched uranium(HEU) and plutonium(PU) from both military and civilian production. There are about 1600 tons of HEU and 500 tons of PU on our planet, enough to produce more than 120,000 nuclear weapons!


    Enacting the Fissile Material Cut-Off Treaty now, without moving rapidly on nuclear disarmament as well, would give an advantage to older more technologically advanced nuclear weapons states which already have excessive surpluses of bomb making materials.  And it is also an exercise in futility. By calling for the cut- off of fissile materials production only for “weapons purposes” without cutting off the production of materials such as plutonium and highly enriched uranium for so called “peaceful purposes”, the treaty would be no more than a leaking sieve as hundreds of tons of bomb-making material would continually be churned out in civilian reactors in more than 40 countries around the world.


    India was well aware of discriminatory nuclear legislation when it refused to sign the Non-Proliferation Treaty in 1970 because the treaty provided that five existing nuclear weapons states, the US, UK, Russia, France and China, need only negotiate in “good faith” for nuclear disarmament while all the other countries of the world had to promise not to acquire nuclear weapons.  India proposed unsuccessfully that a nuclear abolition treaty for all nations be negotiated and then went on to develop its own nuclear capabilities, acquiring the bomb in 1974. In 1988 Indian Prime Minister Rajiv Gandhi proposed “An Action Plan for Ushering In a Nuclear-Weapon Free and Non-Violent World Order” which was totally ignored by the U.S although Russia expressed some interest in the plan.


    Every year since 1996, the UN General Assembly votes on a resolution to commence negotiations leading to the conclusion of a Nuclear Weapons Convention based on the 1996 decision of the International Court of Justice (ICJ) that “There exists an obligation to pursue in good faith and bring to a conclusion negotiations leading to nuclear disarmament in all its aspects under strict and effective international control”. At the 2010 NPT Review Conference, a host of countries spoke in support of negotiating a Nuclear Weapons Convention and proposed a meeting in 2014 to discuss the path forward. Although the meeting proposal was blocked in the final document, the nuclear weapons states for the first time agreed to include a reference to negotiations for a Nuclear Weapons Convention although the language was watered down considerably from the first draft.  Significantly, a unique provision in the outcome document affirmed, for the first time, the need for all States to comply with International Humanitarian Law under which the ICJ held that nuclear weapons are generally illegal. This provides new possibilities for action by non-nuclear weapons states to shift from the usual “step by step” approach of arms control to legislating an outright prohibition of nuclear weapons as illegal under international law, as was done with landmines and cluster bombs.


    There were 140 nations who made statements supporting negotiations on a nuclear weapons convention at the NPT Review, including one nuclear weapons state —China.   And when the annual resolution came to a vote in the UN First Committee of the General Assembly this fall, three nuclear weapons states, China, India, and Pakistan supported the call for negotiations.   Once again, the U.S. attempted to put the brakes on when Rose Gotmoeller, US Assistant Secretary of State for Arms Control Verification and Compliance, in remarks at the UN, belittled the prospects for a nuclear weapons treaty urging “a pragmatic step-by-step approach rather than the impractical leap of seeking to negotiate a nuclear weapons convention or the pointless calls for convening a fourth special session of the General Assembly devoted to disarmament, for which there is no international consensus.”


    In October, 2010, Obama test-launched an intercontinental ballistic missile 5,000 miles away from California to Guam and conducted the first “sub-critical” nuclear test since 2006, 1,000 feet below the desert floor, exploding plutonium with chemicals, without creating a chain-reaction. This was the 24th test in a program started by Clinton who tried to buy the support of the military-industrial-scientific–congressional complex for the Comprehensive Test Ban Treaty which they later reneged on anyway. There were seven billion dollars a year for computer-simulated nuclear tests coupled with sub-critical tests and new laboratory infrastructure, which the Doctor Strangeloves contended were essential to maintain the “safety and reliability” of the arsenal.  Which brings us back full circle to the justification Obama claims for his pay-off to Congress to get START ratified.  Furthermore, the UK and France, emulating the worst in US policy, have just announced a “cost saving” plan to combine efforts and build a brand new joint  nuclear weapons laboratory in France, to test– surprise, surprise– the “safety and reliability” of their arsenals.


    Small wonder that a new statement in October 2010 by a Russian quartet of military and government officials, led by Yevgeny Primakov, asserted that many countries, including “a widespread belief in Russia” believe that their “nuclear potential is a key element of great power status.” Asserting that nuclear disarmament requires “greater confidence among nations, along with greater international security and stability” and referring to inequalities in “armaments, anti-ballistic missile defense, conventional weapons, strategic non-nuclear weapons as well as space militarization plans”, they conclude that to achieve nuclear disarmament “we must reorganize international life on more civilized principles and according to the demands of a new century.”
    President Obama, in his Prague speech, characterized nuclear terrorism as “the greatest danger we face”. Yet Nobel economist Thomas Schelling, who applies game theory to the study of conflict and cooperation  recently described the exceedingly low probability of terrorists ever getting their hands on enough illicit nuclear material to build a bomb. Far more dangerous and terrifying is the more than 3500 nuclear bombs, mounted on missiles and ready to fire within minutes which the US and Russia still aim at each other. Just this year we had reports of computer failures in the US that put 50 nuclear weapons out of commission, a UK Trident nuclear submarine running aground in the mud off the coast of Scotland, and six nuclear bombs mistakenly flown without knowledge of the commanders across the country from North Dakota to Louisiana. A US Defense Department report noted that between 1950 and 1980 there were 32 airplane crashes with nuclear bombs aboard, Luckily none of them ever exploded, although two of them, in Palomares, Spain and Thule, Greenland, spewed plutonium on the ground which had to be cordoned off and contained. Not to mention the incredibly close call when a Norwegian weather satellite went off course in 1983  and was interpreted by the Russians as a possible nuclear attack which a wise commander, Stanislav Petrov, on duty in the nuclear bunker, decided heroically, against orders, and to the great good fortune of the world, to disregard.
    Furthermore, we are creating much greater danger in our efforts to secure and lock down radioactive bomb material.  Rather than containing the toxic poisons in sturdy, above-ground concrete casks, which last for hundreds of years, under guns, gates and guards, we are actually transporting our lethal legacy through populated areas over roads, rail and seas, from the four corners of the earth back to reprocessing facilities. The US and Russia are using the highly enriched uranium they transport, for example, which was spread around to 28 countries during the atoms for peace program for research reactors, in reprocessing facilities where they are blended down for fuel for so called “peaceful nuclear power plants” now in the planning stages for exponential growth in a “nuclear renaissance” around the planet, about to spread their radioactive poisons into the air, water, and soil, while giving ever more nations the reactor- generated capacity to make nuclear bomb material.  
    Even if these materials are never used in a nuclear bomb, they are already causing death, destruction and illness in the communities where the uranium is mined, milled, processed and in the environs surrounding nuclear power plants. A German study found an increased incidence of childhood cancer and leukemias in communities with nuclear reactors. A recent study by Russian scientists published by the New York Academy of Medicine found nearly one million people died from the 1986 Chernobyl accident,  contrary to corrupted reports from the World Health Organization which has a collusive agreement with the nuclear-industry dominated International Atomic Energy Agency to submit its health findings on radiation issues to the IAEA before they can be made public. The two agencies habitually underreport the true extent of the carnage caused by this lethal technology.


    Moreover, while the Non-Proliferation Treaty guarantees every member the right to the “peaceful” use of nuclear technology, the US and its allies are picking which countries can exercise that right—it’s OK for Japan, but not for Iran. In the past few years, there has been an explosion of planned  nuclear power plants in many new countries, including Egypt, Jordan, United Arab Emirates, Syria, Turkey, Indonesia, Vienam Algeria, Burma, and others who want to get in under the wire before the nuclear “haves” preclude them from freely accessing the whole panoply of technology for the nuclear fuel cycle.  Indeed the US just made a deal with the United Arab Emirates that they would not enrich uranium in return for US technical assistance on civilian nuclear power, but Jordan is balking at making the same agreement. This is a recipe for chaos. The top of the mountain beckons.  It’s time for a moratorium on any further development of nuclear weapons or nuclear power. The sun, wind, tides, and geothermal heat can readily supply humanity with all its energy needs. In the words of the visionary thinker and architect, Buckminster Fuller:


    We may now care for each Earthian individual at a sustainable billionaire’s level of affluence while living exclusively on less than 1 percent of our planet’s daily energy income from our cosmically designed nuclear reactor, the Sun, optimally located 92 million safe miles away from us.


    Building on the burgeoning support for a nuclear weapons convention, civil society, together with parliamentarians and Mayors are exploring possibilities for various governments to put together a like-minded group of governments to  begin an “Ottawa” or “Oslo” process, the way the world was able to ban landmines and cluster bombs. Blocked by consensus rules at the UN, the governments of Canada in the case of landmines, and Norway in the case of cluster bombs, joined in partnership with civil society and like-minded governments to negotiate those landmark treaties. Eventually many of the hold-out countries signed on.


    Who will take the lead for organizing the talks for a nuclear weapons convention? Over one hundred nations spoke in favor of the nuclear weapons convention at the NPT. And there are three nuclear weapons powers, China, India, and Pakistan on the record in support of those negotiations in a UN Resolution. Perhaps in the 21st century, it is time for Asia to take the lead. If a country like Norway, or Switzerland or Austria, which have spoken in favor of negotiations for a nuclear weapons convention, were to host such a conference, having the three Asian powers in attendance would send a powerful signal to the world that the time has come to ban the bomb. Certainly India, with the Rajiv Gandhi plan has already given much thought to this critical dilemma.  


    Even if the other nuclear weapons states were to sit out the negotiations, eventually world opinion would catch up with them and they would have to join in. In the meantime, the steps for moving forward, for dismantlement, verification, monitoring, inspection, handling of nuclear materials, insurance against breakout, additional research, and administration of the treaty could be discussed and debated. Much of this has already been proposed in the Model Nuclear Weapons Convention, which can be reviewed, together with commentary on its various provisions, at http://www.icanw.org/securing-our-survival  NOW IS THE TIME FOR ACTION!


    After 65 years it’s time to retire the bomb.