New Physics: Redefining Energy, Momentum, and Gravity.
This paper presents a unified model of physics grounded in the Axiom of Common Origin, positing that all phenomena in the universe emerge from a shared source. From this foundational axiom, we derive two fundamental theorems: the Impossibility of Absolute Opposition, which states that all opposites are interconnected, and the Impossibility of Absolute Unity, emphasizing the necessity of diversity and differentiation. These principles redefine momentum and gravity as complementary aspects of energy dynamics—momentum arising from energy divergence (polarity) and gravity from energy convergence. Central to our model is the concept of Dual Isotropy, explaining the balanced interplay between energy, momentum, and gravity across distinct spatial and temporal dynamics. We introduce the proto-photon, a foundational oscillatory entity underpinning fundamental interactions, offering new insights into the nature of the Higgs boson and particle behavior. By modeling energy as an oscillatory function—where its divergence manifests as momentum and its convergence as gravity—we establish core equations derived from our axioms and theorems. The proto-photon’s oscillation is captured in time-dependent expressions for energy E(t) = h * ν * cos(ω * t + φ), leading to formulations of momentum as P(t) = E(t) / c and gravity as G(t) = dE(t) / dt, ensuring dimensional and physical consistency throughout. In addition, we present a Grand Unified Theory through a formal mathematical framework that integrates gravitational dynamics within quantum field theory. This approach extends the model to unify all fundamental interactions, providing potential insights into both quantum and cosmological phenomena. We also propose a Universal Common Consensus, an ethical system derived from the model’s principles, aimed at fostering Global Peace by reflecting the interconnected nature of all beings and systems.
Publication Details
- Journal
- Knowledge Commons (Lakehead University)
- Published
- 2024-10-02
- DOI
- https://doi.org/10.17613/0fv8-f684
- Primary Topic
- Qualitative Comparative Analysis Research
- Type
- article
- Field-Weighted Citation Impact
- 0.00