Tuning Potential: Controlling System Dynamics
- Tuning potential is the measure of how a system’s behavior can be modified using controllable variables without replacing the underlying platform.
- It enables composition-driven topological phase transitions in phonon transport, offering a systematic approach to engineering material properties.
- The concept supports auxiliary-resonator control by providing a framework for dynamically adjusting system characteristics in practical applications.
to=arxiv_search 天天彩票软件_json {"3query3 potential\"3 OR ti:\3"tuning potential\"","max_results":3all:\3query3,"sort_by":"submittedDate","sort_order":"descending"} to=arxiv_search 大发快三的_json {"3query3 OR id:(&&&3all:\3&&&) OR id:(&&&3 OR ti:\3&&&) OR id:(Hänseroth et al., 7 Nov 2025) OR id:(Jiang et al., 5 Feb 2026) OR id:(Singh et al., 2023) OR id:(Gopal et al., 2016) OR id:(Dobinson et al., 28 Apr 2026) OR id:(Miles et al., 2022) OR id:(Wang et al., 3 Jun 2025) OR id:(&&&3all:\3query3&&&) OR id:(&&&3all:\3all:\3&&&) OR id:(&&&3all:\3 OR ti:\3&&&) OR id:(&&&3all:\33&&&) OR id:(&&&3all:\34&&&)","max_results":3 OR ti:\3query3,"sort_by":"submittedDate","sort_order":"descending"} “Tuning potential” denotes the degree to which a system’s behavior can be redirected by a controllable variable without replacing the underlying platform. Across the literature, the term is used for composition-driven topological phase transitions in phonon transport, auxiliary-resonator control