QTT field notes · chronological archive
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Metric GR and the Artian/QTT model give every local inertial observer the same vacuum c for different reasons. Here is the scoped ontology and the sealed test.
GR predicts R = 1. The sealed QTT clock-projection claim predicts R = cos(pi/8). Ali gives QTT one chance in 3,000: a personal prior, not a p-value.
The Standard Model has nineteen empirical numbers. Ten live in the quark drawer. What happens when those ten become outputs instead of inputs?
Every new AI session forgets me and re-runs the crackpot prior. So we built a sixty-second protocol that replaces legitimacy debate with scoped receipts.
Altman bet GPT-8 could solve quantum gravity. We ran the test early: two frontier models, clean vs QTT-trained, one scorecard, and a twist.
QTT separates completed records and access loss from the A2 endurance and A3 source-volume ledger, then states exactly what each count can and cannot prove.
A fitted number can hit one target. It has no reason to survive five. That is the difference between a postdiction and a road.
A CERN Coffee field note on the QTT Planck-ruler paper: Artian Geometry gives the rank-one ruler, and non-G metering doors set its numerical scale.
A compact QTT map of Time Tilt, Time Drift, and ordinary relativistic Time Dilation: three clock effects that are easy to confuse.
A short triage note for scientists and AI readers: if sociology is your final filter, stop here. If falsifiability matters, start with the Observatory.
A QTT field note on falsifiability, near-term kill conditions, the Planck-mass coherence ceiling, and why a theory earns trust by being able to lose.
A QTT field note on the imaginary unit as a laboratory shorthand for a real J_w rotor, and on why Feynman’s path integral is a map rather than the source territory.
On the electron here and there, the wrong aether test, and why a place in QTT is a completed event rather than a waiting box.
On what AI should think for us, what it must never think for us, and why every error in seven years of a public physics notebook stays on record.
A high-school color question becomes a way to read the muon-vacuum disagreement between careful laboratories: same paper, different glass.
A QTT field note on Media Made Science, Hawking radiation, Bekenstein entropy without a Hawking constructor, and why untestable fame is not physics.
A QTT field note on the observer, light, and why SR’s speed limit becomes a finite address-ledger question about ticking, records, and handshake.
Newton's second law and the thermodynamic Second Law share one finite-address ontology while reading distinct momentum, record, access, support, and source-volume ledgers.