Sensitivity limits of non-stationary quantum sensors
Farid Ya. Khalili
TL;DR
This paper extends the analysis of the dissipative quantum limit (DQL) from stationary to non-stationary quantum sensors, broadening understanding of sensitivity bounds in dynamic quantum systems.
Contribution
It generalizes the concept of DQL to non-stationary systems, providing a theoretical framework for analyzing sensitivity limits in time-varying quantum sensors.
Findings
Extended DQL analysis to non-stationary quantum systems.
Provided theoretical insights into sensitivity bounds for dynamic sensors.
Built upon previous stationary system analysis from 2021.
Abstract
The concept of the dissipative quantum limit (DQL) was first put forward in 1980s and was analyzed in detail much later in Ref. [Phys. Rev. A 103, 043721 (2021)] for the particular case of stationary (invariant with respect to a shift of time) systems. Here we extend that analysis to the general non-stationary case.
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