This paper applies the 1. 085 metric scaling constant to the raw frequency stability data of a dual-system ^171Yb optical lattice clock configuration. Using empirical values from recent experimental runs—specifically an averaging execution window of 216, 000 seconds, a synchronous comparison stability baseline of 2. 7 10^-19, and a absolute magic frequency of 394, 798, 258. 3 MHz—we calculate the predicted temporal synchronization lag. The objective is to evaluate whether the systematic frequency variations observed within ultra-precise, isolated quantum systems correspond to predictable scale-invariant adjustments rather than random stochastic drift.
Michael James Gross (Thu,) studied this question.