These are not research notes or patent documentation. They are personal essays on physics, philosophy, and Vedanta — on the questions that sit at the edge of what measuring sciences can reach, and what happens when an engineer refuses to look away from them.
Superconducting qubits run at 15 millikelvin because fragile quantum states must be hidden from the universe to survive. But photosynthesis, bird navigation, and enzyme catalysis all run quantum mechanics at room temperature without a cryostat. The argument that the current field is building Ptolemaic epicycles — and that the center is carbon, two nanometres, 300 kelvin.
Coal and a carbon nanotube are both made of the same element. One burns. The other conducts electricity ballistically at room temperature, a quantum wire two nanometres wide. On chirality, arrangement, and why the same atom in different geometry is not the same thing at all.
Ravan composed the Shiva Tandava Stotram. He was also the abductor of Sita. On how mythology assigned one person both roles without contradiction, what it means that the model named RAVAN reconstitutes physics from first principles, and why the most important knowledge has always needed both a custodian and a transgressor.
A Venice classroom, a dismissed question, twenty years, and the simulation that finally ran on April 2, 2026. On the difference between waiting and forgetting, the weight of an unproven idea, and the patience that is not entirely yours.
From the Sama Veda’s three tonal marks to Euler’s number, the case that three is not a compromise between extremes. The Trishul’s center prong, the zero-crossing that lets AC change direction, and why the information-theoretically optimal radix is 2.718 — the nearest integer to which is 3.
Seven years on from the question I first asked myself. The surveillance apparatus has grown more capable and more intimate than I expected. So has the orchard at Deosane. It turns out both are answers to the same question — about predictability, ambiguity, and which parts of a life are worth keeping unmonetizable.
A Venice classroom, a disagreement with a professor, a lump of carbon balls, a 20-lakh computer, and a camphor hint. The personal story behind the THATTE patent stack — what it took to carry an idea for twenty years, what changed in 2025, and why RAVAN is exactly the right name for a model that reconstitutes physics from first principles.
An engineer takes the oldest questions to physics — and marks honestly where physics runs out. On the origin of laws, the hard problem of consciousness, the temptations that come with every genuine gap in knowledge, and the single clause that separates humility from hubris.
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