Lava Lock: Curvature, Time, and Quantum Evolution
Lava Lock is more than a metaphor—it is a dynamic framework embodying the intricate interplay of curvature, time, and quantum evolution. It models systems where nonlinear change arises from stochastic processes shaped by non-Euclidean geometry and probabilistic paths. By fusing concepts from quantum mechanics, differential geometry, and category theory, Lava Lock reveals how randomness and symmetry govern the evolution of complex systems across scales. Defining Lava Lock: Dynamic Change in Non-Euclidean Spaces Lava Lock conceptualizes lava flows not merely as molten rock...