Independent researcher and builder. MSci Physics from King's College London. Exploring the intersections of quantum mechanics, gravity, and information theory.
14 papers · 27 posts
What I'm currently working on, reading, and learning.
Open source work and experiments on GitHub.
Quantum-Geometric Correspondence Series
14 papers exploring the hypothesis that quantum mechanics and general relativity are complementary projections of a single underlying reality.
October 5, 2026·7 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, 2026·6 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.
September 6, 2026·6 min read
A correction to the QGC programme: identifying time evolution does not yet predict fading interference. Solvable examples show the missing step—and give us a more precise next question.
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