March 22, 2025 ResearchGate Discussion Link
Dear Ms. Larissa Borissova ,
I appreciate your perspective on the expansion of mathematical frameworks in theoretical physics. However, your assertion that such expansions do not fit within the framework of existing theories seems to overlook the fact that the expansion of the universe, as understood in modern cosmology, is based on extensive observational evidence and remains the most consistent theory describing cosmic evolution.
Scientific theories evolve precisely because of the need to reconcile observational data with theoretical models, and ECM follows this principle by refining classical mechanics rather than relying on relativistic space-time constructs.
Your discussion of space-time in GTR, the role of singular surfaces, and the hypothetical connection to dark matter is certainly intriguing. However, it does not directly engage with the core objective of this discussion, which focuses on the dynamics of massless particles in ECM. The framework I have outlined does not rely on vacuum energy concepts associated with dark energy. Instead, ECM establishes that mass arises as a consequence of motion and gravitational dynamics, offering a distinct perspective from relativistic mass-energy interpretations.
ECM provides an alternative formulation where massless particles, such as photons, experience effective acceleration under gravitational influence, governed by the interplay between negative apparent mass and effective mass. This framework allows for a coherent force-energy relationship without invoking relativistic geodesics or space-time curvature. Unlike GTR, which attributes gravitational effects to the curvature of space-time, ECM derives mass and energy interactions from fundamental mechanical principles.
If you wish to engage in a discussion on mass-energy dynamics within ECM, I would welcome a focused dialogue on the mathematical and physical consistency of the framework rather than a broader discourse on relativistic space-time theories.
Best Regards,
Soumendra Nath Thakur
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