– By Sneha Cathy Sebastian

Introduction:

The International Atomic Energy Agency was established with the longstanding vision to deter nuclear warfare and reigning in on their development across the world. IAEA’s ultimate aim is to ensure safe development of nuclear technology across nations. Established in 1957, it was a response to the fears and expectations that arose from the discovery of nuclear technology and its varied uses. 

Having the same vision for peaceful development of nuclear technology, India was one of the founding members of the IAEA. India’s membership in the organisation was ratified on July 16, 1957. India’s vision is clearly seen through a statement passed by Dr Homi Jehangir Bhabha, architect of the Indian nuclear programme. He said, “when nuclear energy has been successfully applied for power production in say, a couple of decades from now, India will not have to look abroad for its experts but will find them ready at hand”. For the past three decades, India has relied on its own efforts to design and execute projects for the peaceful utilisation of atomic energy. Today, India is one among the very few countries in the world to have a complete fuel cycle. 

Over the years, India has worked closely with other member states of the organization to ensure the ratification of the Non-Proliferation Treaty (NPT) and secure development of nuclear technology. 

Some of the major developments through the years include India adding six nuclear reactors under nuclear safeguards agreement between 1971 and 1994. Further, another development was IAEA approving the India-Safeguard Agreement in 2008 which acts as an umbrella agreement and facilitates India to add nuclear facilities under IAEA safeguards. This agreement also stated that 14 new reactors would be added under safeguards by 2014. 

In 2014, India granted IAEA complete watchdog access to the reactors due to it being a necessary step under the Indo-US nuclear deal. Presently, India has 22 operational reactors and 14 are under IAEA safeguards. India mainly imports uranium needed for these reactors from Russia, Kazakhstan, and Canada.

As of today, India has become the 35th country to join the IAEA Response and Assistance Network (RANET). This is a group of states that help mitigate the consequences of nuclear and radiological emergencies. Through this, states can register their emergency preparedness and response capabilities. This helps IAEA’s Incident and Emergency Centre to immediately mobilize assistance during an emergency. 

After the G20 summit in Rome last year, India stated that enhancing your nuclear power capacity depended on reducing dependence on thermal power. For this to be possible, there needs to be access to new technology and supply of nuclear material. Therefore, India needs to join the Nuclear Supplier’s Group (NSG). However, India has been denied entry due to China’s opposition due to  the fact that New Delhi hasn’t signed the NPT. 

Since time immemorial, India has only aimed to use nuclear power for peaceful developmental purposes. India has proven this by actively advocating the importance of developing nuclear technology for peaceful purposes while also granting IAEA watchdog access to local nuclear reactors. 

Analyses:

The world has 440 nuclear reactors; however, all of these are not under IAEA safeguards. WHY?

Why do countries keep developing nuclear weapons if they’ve signed the NPT? If countries are truly using their reactors to develop nuclear technology for peaceful purposes, why haven’t they added the reactors to the watchdog’s list? Why does India continue spending money on developing nuclear arms if it’s not going to use them?  

Many people have different explanations for these questions, but my chain of thought is as follows. 

Many people believe its unwise and inefficient for countries to develop their nuclear arsenal if they’ve promised to not use it. I used to have similar beliefs initially. However, I’ve realised that nuclear weapons along with capable diplomacy acts as a deterrent against adversaries. Over the years, the “fear” surrounding the effects of using nuclear weapons has led to countries opting for a diplomatic solution rather than going to war. The potential threat of global destruction acts as a major reason for anti-nuclear weapon activism. Therefore, in a way, nuclear weapons are built to deter war.

Listing a nuclear reactor under IAEA safeguards grants the watchdog organization complete authority to monitor your activities. However, some countries think this is an infringement of their sovereignty. Failing an IAEA inspection makes a country vulnerable to sanctions being placed on them by other peaceful nations. By not listing some reactors, it makes the country less vulnerable to the above stated scenario. 

India builds nuclear weapons for the same reasons as other countries: to deter war. Although India claims to develop nuclear technology for peaceful developmental purposes, there has been abundant secrecy surrounding the amount of money spent on nuclear defence systems. According to the International Campaign to Abolish Nuclear Weapons, India spent $2.48 billion on nuclear weapons in 2020 (but these numbers cannot be trusted). At times, civilian and military nuclear facilities intertwine, hence, it becomes difficult to accurately assess the military nuclear facilities’ expenditures. Over the years, India has continuously increased its defence expenditure while ignoring other pressing issues. Over the past 2 years, during the Covid-19 pandemic, our defence budget and health infrastructure budget is highly disproportionate. Our defence budget places us among the top five military spenders while our healthcare budget places us among the lowest spenders worldwide. Any countries race to develop their defence capabilities while ignoring pressing national issues can lead to civilian unhappiness in the future. In other words, countries should mandatorily reveal accurate figures of nuclear expenditures. 

Ergo, the development of nuclear weapons seems crucial to deter war. Theoretically, the obscurity surrounding its development must be eradicated and transparency must be achieved. This is easier said than done because countries don’t trust each other and believe secrecy of one’s defence capability is an integral part of deterring foreign aggressors and ensuring national security. This can be explained by the belief that, if you’re unsure of your opponent’s strengths, you think-twice before making a move. 

Conclusion:

After gaining an insight on these issues, one might think countries should stop developing their nuclear weapons. A utopian ideal of a “nuclear free world” arises. But is it really possible? Anti-nuclear activism has been on the rise for the past few decades given the widespread challenges of unemployment, financial instability, poverty etc. around the world. Though ‘ideally’ governments should decrease defence expenditure and focus on these issues, most governments don’t do so. If they did, the question of their national security would be challenged. As we’ve established the fact that governments are not willing to shrink their defence budgets, the only other feasible solution lies in introducing stricter controls and supervision over nuclear reactors around the world. These measures have already been taken and proven to be effective to a certain extent. The current ‘arms control and diplomacy’ measures are essential strategies to deter war. Nevertheless, better methods can be developed and added to these strategies to increase their effectiveness.

On a personal note, I believe, new methods of war-deterrence (that doesn’t include the use of nuclear weapons) must be introduced. Possibly, policies and laws that make war and national aggression futile and extremely expensive. Some suggestions are, reducing the sales of uranium and plutonium or increasing their costs to countries that don’t play by the rules. Another measure can be widespread awareness campaigns among the citizens of the country. One last recommendation would be for countries to develop anti-nuclear technology. This technology can disarm the nuclear payload of the missiles. Few countries have already developed this technology. One example is the Directed-EMP (electromagnetic pulse). It’s a pulse which when it hits the incoming missiles deactivates all the electronic circuitry in the missile which stops the activation of the nuclear payload. Increasing investment in such technology will make governments realise that building more offensive nuclear arsenal will not give them a huge advantage as it can be neutralised. This awareness will induce them to spend more money on the harmless use cases of nuclear energy like clean energy production.

These ‘new’ methods are quite difficult to develop. Nonetheless, I hope to see them come into existence sometime in the near future. 

References :

https://www.iaea.org/sites/default/files/publications/magazines/bulletin/bull21-5/21505090211.pdf

https://www.iaea.org/newscenter/news/iaea-board-approves-india-safeguards-agreement

https://www.armscontrol.org/act/2009-03/iaea-approves-india-additional-protocol

https://economictimes.indiatimes.com/news/politics-and-nation/new-reactors-under-iaea-safeguards-decision-will-be-based-on-source-of-uranium-says-official/articleshow/67930512.cms

https://timesofindia.indiatimes.com/india/nuclear-suppliers-group-and-indias-membership-bid-key-points/articleshow/87471341.cms

https://www.armscontrol.org/act/2005-05/features/npt-withdrawal-time-security-council-step

https://thebulletin.org/2021/11/whats-known-and-not-known-about-indias-nuclear-weapons-budget/#:~:text=The%20International%20Campaign%20to%20Abolish,much%20confidence%20in%20these%20numbers.

https://www.un.org/en/chronicle/article/nuclear-weapons-free-world-it-achievable

https://open.lib.umn.edu/socialproblems/chapter/16-4-preventing-war-and-stopping-terrorism/#:~:text=The%20usual%20strategies%20suggested%20by,their%20actual%20and%20potential%20effectiveness.

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