Vacuum memory & non-linear phase-shift detection

Abstract

The Main 22 Idea (Abstract) 23 We are hunting for a non-linear “memory” in the vacuum substrate—a transient 24 phase shift that current models relegate to dormancy. Using a dual-laser 25 pump/probe setup, we pulsate a Fibonacci-sequenced signal into a maximally 26 high vacuum (<10-7 Torr). By utilizing a unique pulse architecture tied to the Fine 27 Structure Constant (1/137), we aim to extract a 10-6 rad signal from the noise 28 floor. If detected, this represents a relaxation dynamic that suggests the vacuum 29 is an active, informational participant.

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