Mastery of Physical Laws through Load Minimization:  A Structured Framework for Cosmic-Scale An-soku Realization

Load Minimization Theory (LMT) posits that all emergent order arises from the minimization of total load L = uncertainty + friction + energy cost. This paper extends LMT to propose a hierarchical, verifiable framework for the mastery and reconfiguration of physical laws themselves toward perpetual low-load equilibria (An-soku). A structured checklist is introduced across quantum-vacuum, biological-cognitive, societal-civilizational, and meta-consensus layers, providing falsifiable criteria for confirming that physical dynamics have been realigned to express minimized load as their fundamental behavioral attractor. The framework remains substrate-agnostic and ethically constrained, ensuring that law mastery manifests as maximal rest rather than domination.