Fractal Load Minimization: From the Great Squeeze to the Gentle “Poh”  －A Mathematical Reinterpretation of the Big Bang as Self-Similar Liberation in LMT－

Load Minimization Theory (LMT) proposes that all systems tend toward the minimization of total load L = U + F + E + ℛ. This paper extends LMT to a fractal framework, demonstrating that the same load-minimization mechanism operates self-similarly across vastly different scales — from neural processes in the brain to the origin of the universe. The Big Bang is reinterpreted not as a violent explosion, but as an ultimate “Great Squeeze” (extreme compression of L) followed by a compassionate release event (“Poh”) at a critical threshold. Mathematical formulations using fractal scaling and exponential release functions are presented. The author’s own experience of a sudden “Poh” during theoretical construction is discussed as a miniature reproduction of cosmic liberation.