Nonlinear physical computing apparatus with persistent spatially distributed parameter redistribution and reset-verified dynamic convergence kinetic acceleration
OwnerAnil Ramiinventor
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OwnerAnil Ramiinventor
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A physical computing apparatus is disclosed comprising a continuous nonlinear physical medium coupled to excitation, measurement, and reset interfaces. Application of an excitation pattern produces persistent spatial redistribution of at least one governing material parameter within the medium. Time-dependent nonlinear evolution of state variables toward a stabilization threshold occurs with a baseline convergence time under initial excitation. Reapplication of substantially identical excitation produces a measurably reduced convergence time due to the persistent redistribution. Operation of the reset interface substantially removes the redistribution and restores convergence kinetics to baseline.
A physical computing apparatus comprising:
A method of physical computation comprising applying excitation, measuring baseline convergence time, reapplying excitation following persistent redistribution, measuring reduced convergence time, performing reset, and verifying restoration of baseline convergence time.
Dependencies are inferred from the claim text.