India's AI ambitions, semiconductor push, and rural electrification goals all converge on the same bottleneck: not how much electricity can be generated, but how continuous, distributed, and resilient it can be made. This analysis maps that structural challenge against the physics and architecture of neutrinovoltaic conversion, from graphene-silicon nanostructures to non-equilibrium thermodynamics, and makes the case for why decentralized ambient-energy systems aren't a supplement to solar and wind but a distinct layer of infrastructure entirely.
India 2030 and Beyond: Why Neutrinovoltaic Technology Is Strategically Critical
