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precision-metrology

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matthewsmawfield / TEP

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Covariant reformulation of relativity with dynamic time as a field and emergent light speed. Proposes two-metric geometry (gravitational + causal), synchronization holonomy as key observable, and falsifiable experimental tests. Addresses cosmological tensions while preserving local Lorentz invariance.

cosmology theoretical-physics general-relativity modified-gravity scalar-tensor-theory precision-metrology fundamental-physics temporal-equivalence-principle dynamic-time two-metric-geometry synchronization-holonomy emergent-light-speed disformal-coupling variable-speed-of-light screening-mechanisms experimental-tests
  • Updated Jan 15, 2026
  • HTML

ChristieMJ / Clock-Drift-Simulation

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A Monte Carlo simulation in Python to model vacuum-induced frequency drifts in atomic clocks, with code and visuals (experimental setup, simulated vs. real-world comparison, and drift graph), as described in "Probing Vacuum-Induced Clock Drifts via Quantum Metrology: A Testable Hypothesis" (DOI: 10.5281/zenodo.15163879). Licensed under GPL 3.0.

python simulation physics numpy pandas open-science scipy matplotlib monte-carlo-simulation allan-variance research-software clock-drift cesium-ion quantum-metrology atomic-clocks precision-metrology vacuum-fluctuations vacuum-noise
  • Updated Apr 9, 2025
  • Python

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