Symbol Gamma
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Why this formula appears here
Clock discipline matters near a horizon. A static laboratory’s proper time and the asymptotic Killing time differ by the lapse. Affine parameters on the horizon enter the mode decomposition differently again. The product T must be dimensionless after the rate and duration have been expressed in the same convention. The planned code carries a clock identifier with every rate object and refuses to multiply mismatched clocks. Relabeling an asymptotic rate as a local proper-time rate can create an apparent redshift enhancement or suppression without changing the physics.
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Research cited beside this formula
- [3] Decoherence from Horizons: General Formulation and Rotating Black Holes ↗
- [2] Killing Horizons Decohere Quantum Superpositions ↗
- [4] Decoherence by Warm Horizons ↗
- [6] Local Description of Decoherence of Quantum Superpositions by Black Holes and Other Bodies ↗
- [5] Comparing the Decoherence Effects Due to Black Holes versus Ordinary Matter ↗
Published contexts (1)
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Equation 35 · Evolutionary Physics
How Fast Can a Horizon Learn Which Path You Took?
This mathematical expression combines the displayed quantities; its precise role follows from the surrounding article text.
Clock discipline matters near a horizon. A static laboratory’s proper time and the asymptotic Killing time differ by the lapse. Affine parameters on the horizon enter the mode decomposition differently again. The product T must be dimensionless after the rate and duration have been expressed in the same convention. The planned code carries a clock identifier with every rate object and refuses to multiply mismatched clocks. Relabeling an asymptotic rate as a local proper-time rate can create an apparent redshift enhancement or suppression without changing the physics.