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Pakistan nuclear leak

Pakistan nuclear leak: Plutonium-239, a critical component in nuclear weapons, is exceptionally toxic when inhaled, ( Photo: Pixabay)

Why the mere possibility of a Pakistan nuclear leak ignited widespread panic

The recent reports of a potential nuclear leak in Pakistan, particularly following the reported missile strikes on Kirana Hills during Operation Sindoor, raised significant international concern. Why the mere possibility of a Pakistan nuclear leak ignited widespread panic? These fears were primarily due to the presence of highly toxic radioactive materials like plutonium-239, iodine-131, caesium-137, strontium-90, and uranium-235, which can have severe health implications if released into the environment.

However, the International Atomic Energy Agency (IAEA) has confirmed that there was no radiation leak or release from any nuclear facility in Pakistan. This statement was issued in response to widespread reports claiming that Indian missile strikes on Kirana Hills had caused a radioactive incident. The IAEA’s clarification aims to dispel misinformation and assure the public and international community of the safety of Pakistan’s nuclear installations.

The Indian Air Force have confirmed that no such incident has occurred.. Contrary to speculations, India did not target Kirana Hills, which houses underground nuclear infrastructure, but instead focused on striking the Nur Khan and Sargodha airbases in Pakistan. This strategy was intended to manage geopolitical tensions while avoiding any nuclear-related conflicts or environmental hazards.

Plutonium-239, a critical component in nuclear weapons, is exceptionally toxic when inhaled, with a single gram dispersed in the air potentially harming ten million people. Besides Plutonium-239, other radioactive elements like Iodine-131, Caesium-137, Strontium-90, and Uranium-235 also pose significant cancer risks. Iodine-131 and Caesium-137, by-products of nuclear fission and accidents, can lead to thyroid and muscle tissue cancer, respectively. Strontium-90, another fission by-product found after nuclear incidents, mimics calcium and can cause bone and teeth cancer. Uranium-235, also used in nuclear warheads, can result in lung, bone, or liver cancer upon exposure.

While the initial reports of a nuclear leak in Pakistan caused widespread alarm, subsequent investigations by the IAEA and the Indian Air Force have confirmed that no such incident occur.

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