Gravity, Emergent Mass, and a Reinterpretation of the Four Fundamental Forces through the relationship E=(G−T)c2

This paper provides a new perspective on the fundamental forces. Compared to the Standard Model, which uses four forces—Gravity, the Electromagnetic force, the Strong Nuclear force, and the Weak Nuclear force—the DCU introduces a deeper picture in which Gravity (G) and Dark Energy (T) form the primary pair of fundamental cosmological tensions. The remaining three forces emerge later, after the decoherence phase, where masses remain constant because: ΔG=−ΔT⟹Δm=0 In other words, in the DCU, mass does not arise from nothing—it arises from a balance around Dark Matter, which in the DCU is not a "particle," but a fundamental informational field (the Null String): (it carries gravity, possesses no electromagnetic properties, does not dissipate energy, and conserves cycle information).