One Action: The Draw and the Write

This paper states that heat propagates by one operation. A vibrating mass spends energy and writes information into the medium it acts on. The medium may be air, water, or space. The operation does not change when the medium changes. Action converts immobile heat into mobile heat. That mobile heat is information. The information is the ledger of the energy used, and that ledger is time. In space, the outward part is light. The inward part is the draw of the medium, read here as gravity, and the inward packet is read as the neutrino. The mechanism is \[ G = \dot{A} R \] \(G\) is the gradient, \(\dot{A}\) is the rate of the one action, the draw and the write together, and \(R\) is the opposition of the medium. The result in space is the existing plane-wave intensity relation, with the letters changed so they are not read as air. No separate equation is derived for space, time, gravity, charge, magnetism, or the strong and weak roles. Those are read as roles of the same write. A write held back by curvature is a particle. Decay is the hold failing. A black hole is the same write at its steepest. This is a statement of the operation. It has not been confirmed by a measurement.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-10-04
DOI
https://doi.org/10.5281/zenodo.23130250
Primary Topic
Relativity and Gravitational Theory
Type
preprint
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preprint

One Action: The Draw and the Write

John Robert Lamarr Greer
Zenodo (CERN European Organization for Nuclear Research)
Relativity and Gravitational Theory
preprint

One Action: The Draw and the Write

John Robert Lamarr Greer
preprint en

Abstract

This paper states that heat propagates by one operation. A vibrating mass spends energy and writes information into the medium it acts on. The medium may be air, water, or space. The operation does not change when the medium changes. Action converts immobile heat into mobile heat. That mobile heat is information. The information is the ledger of the energy used, and that ledger is time. In space, the outward part is light. The inward part is the draw of the medium, read here as gravity, and the inward packet is read as the neutrino. The mechanism is \[ G = \dot{A} R \] \(G\) is the gradient, \(\dot{A}\) is the rate of the one action, the draw and the write together, and \(R\) is the opposition of the medium. The result in space is the existing plane-wave intensity relation, with the letters changed so they are not read as air. No separate equation is derived for space, time, gravity, charge, magnetism, or the strong and weak roles. Those are read as roles of the same write. A write held back by curvature is a particle. Decay is the hold failing. A black hole is the same write at its steepest. This is a statement of the operation. It has not been confirmed by a measurement.

Zenodo (CERN European Organization for Nuclear Research)
The Open University (GB)
Relativity and Gravitational Theory
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