August 26, 2026Open Access
A Symmetry and Conservation Framework for Photon Energy Interactions in Gravitational Fields
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Implication
Theoretical analysis reveals symmetric gravitational energy exchange preserves intrinsic photon energy in gravitational fields, clarifying mechanisms of gravitational lensing and redshift.
Key Points
- To establish a theoretical framework distinguishing between intrinsic photon energy and gravitational-interaction energy during transit through gravitational fields.
- Analyzed photon and graviton energy-momentum dynamics across varying gravitational potentials.
- Modeled symmetric energy exchange mechanisms across classical and relativistic frameworks for gravitational lensing and redshift.
- Demonstrated that photons symmetrically acquire gravitational-interaction energy upon entering a gravitational well and expend it upon exiting, leaving intrinsic energy unchanged.
- Showed that balanced interaction energy exchanges govern photon trajectory curvature and resolve energy conservation principles in gravitational redshift.
Cite This Study
Soumendra Nath Thakur (2024) studied this question.