The Unified Finite Universal Energy-Mass Singularity (FUEMS) model resolves the Big Bang singularity by postulating a finite total energy and a maximum spacetime curvature limit (spacetime elasticity). The model integrates three interdependent quantum-gravitational effects into a feedback loop: (1) Quantum Confinement Frustration, (2) Elastic Limit Saturation, and (3) Quantum Tunneling with Back-Reaction. Gravity plays phase-dependent roles: attraction during pre-spatial compression, repulsion at the phase transition (quantum kick), and attraction with residual repulsion (dark energy) in the current universe. Dark energy is interpreted as elastic relaxation with a time-decaying exponential form ρDE (t) ∝ e^-t/τ. The ultimate fate is inertial disintegration (Kinetic Dissolution) across seven structural levels, ending in an atomic fog and the disappearance of spacetime geometry. The model eliminates mathematical infinities, respects energy conservation, and offers falsifiable predictions for CMB observations, dark energy decay, and high-energy collider tests.
Rahman Mashudur (2026) studied this question.