A series by Amit Krishnan
A hundred years of asking the right questions in the wrong framework. This series is about changing that — and about what becomes possible when we do.
The Physical Universe Series
Series 01
From India's Aravalli mountains to Venezuelan oil, every civilisational problem reduces to the same constraint. Modern science promised to solve it. It has not — and the reason is structural, not incidental.
Series 02
When the world's richest man promotes solar over fusion, it is time to check the numbers. Business strategy and physics are different disciplines — and one of them does not negotiate.
Series 03
The AI industry will spend $650 billion on infrastructure this year and has no answer to where the power comes from. The physics community has been working on that answer for a hundred years. Both are working from an incomplete story.
Series 04
For three hundred years, physics has treated space as the absence of everything. Seven Nobel Prizes say otherwise. This article takes the inventory of what space is now known to contain, and asks what becomes possible once we stop pretending it is nothing.
Series 05
The Sun has been running a fusion reactor for four and a half billion years. We have been trying to replicate it for seventy. This article is about why the gap exists — and who built it.
Series 06
Every crisis is an opportunity — for a few rich men to get richer, for leaders to make announcements, for scientists to make promises. Forty nations pledge a nuclear renaissance. And the people, none the wiser, will be asked to foot the bill. Again.
Series 07
Gravity compresses your spine, can't be fooled at markets, made Archimedes run naked through streets, attracts a feather and meteoroid at the same rate.
Series 08
Physics invented 95% of the universe out of thin air — 68% dark energy, 27% dark matter — to make our best gravitational theories work. Fifty years later, not a shred of direct evidence. This is the complete audit.
Series 09
$200 billion spent. 100 companies active. Not a single sustained reaction. Everyone chasing the same specification. We went back to the gravity model that calculated it. Here's what we found.
Series 10
The Michelson-Morley experiment proved light speed is constant. Except we only tested it while moving at 30 km/s. Nobody checked what happens when you stop.
Series 11
From a single atom to Jupiter's atmosphere — why the Kinetic Molecular Theory fails as a foundational definition of temperature, why an alternative was never seriously pursued, and why that matters more right now than at any point in the last century.
Series 12
Why the seventy-year global fusion program remains structurally trapped by the same 19th-century mechanical approximations that failed planetary and quantum thermodynamics.
The Physical Universe — Interactive
Simulation 01 — Live
The untested experiments: what happens to light propagation when you remove the orbital motion? Interactive controls, experimental observers, scale reality check.
Simulation 02 — Coming Soon
Field condensation produces flat rotation curves. Adjustable parameters. Compare against observed galaxy profiles.
Simulation 03 — Coming Soon
Multi-scale view from cosmic to quantum. Four-phase field behaviour. Watch density gradients drive the same mechanism at every scale.
The Physical Universe — Academic Programme
Paper 0 — The Framework
Gravity as condensation flow through a four-phase density field. A single continuous field in four stable phases separated by three transition zones. Flat rotation curves emerge without dark matter. The equivalence of gravitational and inertial mass is derived — not postulated. A specific falsification experiment is proposed.
Paper 1 — In Preparation
Elastic restoring force reframed as the stability of Madelung flow driven by the zero-point field. Novel prediction: elastic constants differ measurably inside a Casimir cavity.
Paper 2 — In Preparation
G is known to 4–5 significant figures. Solar mass is derived, not measured. Every celestial mass is downstream of a circularity. Plus a temperature-weight smoking gun that directly falsifies a GR prediction.
The Thesis
The equations predict. They do not possess. And until we understand what actually moves matter — not just how to calculate its motion — we will keep opening mines where we should be opening laboratories.
— Amit Krishnan, The Physical Universe Series 03