Independent researcher and builder. MSci Physics from King's College London. Exploring the intersections of quantum mechanics, gravity, and information theory.
2 papers · 28 posts
What I'm currently working on, reading, and learning.
Open source work and experiments on GitHub.
Quantum-Geometric Correspondence Series
Working papers on where a Diósi–Penrose decoherence rate cannot come from, and what classical–quantum gravity would need to survive the X-ray data.
November 1, 2026·9 min read
A blind computer search through eleven million self-referential rules turned up an equation with exact fractal staircase solutions. Their scales form a spectrum: a continuous branch for every scale from 2 up, and below it a discrete ladder through the plastic number that slides down to 1, where the staircases flatten into the golden ratio.
October 5, 2026·8 min read
Gravity alone does not produce the famous Diósi–Penrose decoherence rate. Could it be the equilibrium jitter of an emergent spacetime instead? A thermal model with one coefficient, C = 1/π, and a soft-X-ray fingerprint.
October 5, 2026·7 min read
A general argument shows that no well-behaved quantum vacuum, gravitational or otherwise, can produce the Diósi–Penrose decoherence rate. If the rate is real, spacetime must behave like a medium. Here is what that costs, and how an experiment could tell.
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