A Theoretical Framework for Continuous-Field Dark Energy Dynamics (CRVD)

This paper introduces the Continuous-Field Dark Energy Dynamics (CRVD) framework, a novel theoretical approach addressing the fundamental nature and cosmological role of dark energy. CRVD posits that dark energy is not a static cosmological constant ($\Lambda$) but rather a dynamic, massive, ultra-light quantum fluid composed of fundamental dark energy particles ($\chi$). These $ \chi$ particles are continuously generated in high-energy astrophysical environments, such as stellar cores, leading to the formation of a pervasive, overlapping field. The inherent repulsive pressure exerted by this fluid drives cosmic acceleration. Crucially, CRVD offers a unified interpretation where the macroscopic manifestation of gravity arises naturally as a pressure gradient within this background fluid. Furthermore, the framework reinterprets the strong nuclear force as an extreme, localized manifestation of these gravitational pressure gradients within atomic nuclei. By grounding cosmology, gravity, and nuclear stability in a single, continuous medium, CRVD seeks to overcome the microphysical shortcomings of the $\Lambda$CDM model, particularly concerning the coincidence and cosmological constant problems.