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India didn’t just advance its nuclear programme. Here’s a less talked-about breakthrough

The real story of April 2026 is bigger than one reactor. It coincides with a quieter, commercially disruptive breakthrough that has received far less attention—emergence of ANEEL.

On 6 April 2026, Prime Minister Narendra Modi posted on X: “Today, India takes a defining step in its civil nuclear journey, advancing the second stage of its nuclear programme…It is a decisive step towards harnessing our vast thorium reserves in the third stage of the programme.”

This was no routine government communiqué. It was the public proclamation of India’s formal entry into the second stage of its unique three-stage nuclear power programme; the long-awaited bridge to a thorium-powered future. Barely hours earlier, former Atomic Energy Commission Chairman Dr Anil Kakodkar had also signaled the same milestone from his own X account. Together, the two messages captured both official pride and scientific vindication. Yet, as celebratory as they are, they arrive at a moment when India’s nuclear story demands more than applause. It demands brutal honesty about what still needs to be sorted. Celebrations are justified but one must remember that much needs to be done. The commentariat—both breathless patriots and professional sceptics must take a pause to review and reflect.

The historical perspective 

India’s nuclear journey started with scarcity of elements and audacity of hope. The newly Independent nation possessed almost no Uranium, no enrichment technology, and no international friends willing to share them. Dr Homi Bhabha, the visionary founder of the Atomic Energy Establishment (later BARC), understood that India sat on the world’s largest known Thorium reserves (nearly a quarter of global deposits), while Uranium deposits were modest as well as low-grade. He thought of a plan, centered on exploitation of Thorium, which we now know as the famous three-stage programme. The plan was formally articulated in the mid-1950s and refined over decades.

Broadly speaking, the three-stage plan was as follows: First stage would use Pressurised Heavy Water Reactors (PHWRs) running on natural Uranium to produce Plutonium-239 as a by-product. The second stage would deploy fast breeder reactors (FBR) to multiply that plutonium, while irradiating thorium blankets to breed Uranium-233. The third Stage would then deploy Thorium-Uranium-233 fuelled reactors, delivering near-complete energy independence for centuries.

The logic was elegant,........

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