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The aim is to redefine mass and energy through the concept of temporal momentum and its implications for understanding physics.

May 25, 2026Open Access

Energy

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Note introduces definitions linking mass, energy, and temporal momentum, suggesting deeper insights in physics.

The aim is to redefine mass and energy through the concept of temporal momentum and its implications for understanding physics.
Introduced three definitions in the σ language to link mass, energy, and temporal momentum.
Derived equations relating rest mass to temporal momentum and reframed the role of energy within algebraic structures.
Examined the Schrödinger equation to clarify the nature of the imaginary unit in time parametrization.
Established the relationship between rest mass and temporal momentum as p_t = imc, showing mass as a manifestation of temporal dynamics.
Demonstrated that energy E = mc² can be derived as an observable aspect of temporal momentum.
Confirmed that a photon, having no mass, results in no temporal momentum and thus no experience of time.

Abdullah Baran (2026) studied this question.

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May 25, 2026Open Access

View Full Paper

Ask AI

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Authors

Note introduces definitions linking mass, energy, and temporal momentum, suggesting deeper insights in physics.

The aim is to redefine mass and energy through the concept of temporal momentum and its implications for understanding physics.
Introduced three definitions in the σ language to link mass, energy, and temporal momentum.
Derived equations relating rest mass to temporal momentum and reframed the role of energy within algebraic structures.
Examined the Schrödinger equation to clarify the nature of the imaginary unit in time parametrization.
Established the relationship between rest mass and temporal momentum as p_t = imc, showing mass as a manifestation of temporal dynamics.
Demonstrated that energy E = mc² can be derived as an observable aspect of temporal momentum.
Confirmed that a photon, having no mass, results in no temporal momentum and thus no experience of time.

Abdullah Baran (2026) studied this question.

View Full Paper

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Bookmark