HyperTime: A New Paradigm of Cosmology and Quantum Physics

Abstract

We propose a generalized framework in which time itself is a physical field possessing density, gradients, and an intrinsic ability to evolve. Rather than an external coordinate, time becomes the origin of matter, energy, and the structure of space. We introduce a hyper-temporal parameter Θ to describe the large-scale evolution of temporal density, leading to a five-dimensional action with a κ(∂ln τ / ∂Θ)² term that explains dark matter and dark energy effects. Our formulation reproduces Newtonian gravity and general relativity as limiting cases and unifies them with quantum phenomena. The HyperTime approach interprets gravity and inertia as manifestations of temporal gradients, offering a coherent physical and philosophical basis for the evolution of the Universe as a process in time itself.