yhma Lab
  • Home
  • People
  • Publications
  • Fundings
  • News
  • Publications
    • Finite-Time and Finite-size Scalings of Coercivity in Dynamic Hysteresis
    • Coercivity Panorama of Dynamic Hysteresis
    • Universal Power-Efficiency Trade-off in Battery Charging
    • Revisiting Endoreversible Carnot Engine: Extending the Yvon Engine
    • Minimal Model for Carnot Efficiency at Maximum Power
    • Finite-Time Thermodynamics: A Journey Beginning with Optimizing Heat Engines
    • Unified Approach to Power-Efficiency Trade-Off of Generic Thermal Machines
    • Finite-Time Optimization of a Quantum Szilard Heat Engine
    • Engineering Ratchet-Based Particle Separation via Extended Shortcuts to Isothermality
    • Low-Cost Demonstration of the Zeeman Effect: From Qualitative Observation to Quantitative Experiments
    • Temperature Fluctuations in Mesoscopic Systems
    • Construction of an experimental platform for finite-timethermodynamics of ideal gases and recent advances infinite-time thermodynamics
    • Thermodynamic constraints on heat engine cycles between asymmetrical finite-sized reservoirs
    • Simple Realization of the Polytropic Process with a Finite-Sized Reservoir
    • Minimal Energy Cost to Initialize a Bit with Tolerable Error
    • Efficiency Statistics of a Quantum Otto Cycle
    • Optimizing Thermodynamic Cycles with Two Finite-Sized Reservoirs
    • Dark Information in Black Hole with $Łambdaǎrphi$ Fluid
    • Consistency of Optimizing Finite-Time Carnot Engines with the Low-Dissipation Model in the Two-Level Atomic Heat Engine
    • Works with Quantum Resource of Coherence
    • 一种基于理想气体的有限时间热力学实验平台及实验方法
    • Can We Build a Heat Engine with Both High Power and High Efficiency?
    • The Uniqueness of the Integration Factor Associated with the Exchanged Heat in Thermodynamics
    • Experimental Test of the $1/\tau$-Scaling Entropy Generation in Finite-Time Thermodynamics
    • Effect of Finite-Size Heat Source's Heat Capacity on the Efficiency of Heat Engine
    • Directional Quantum Random Walk Induced by Coherence
    • Maximum Entropy Approach to Reliability
    • Quantum Illumination Assistant with Error-Correcting Codes
    • 一种基于理想气体的有限时间热力学实验平台
    • Decoherence of Macroscopic Objects from Relativistic Effect
    • Universal Constraint for Efficiency and Power of a Low-Dissipation Heat Engine
    • Optimal Operating Protocol to Achieve Efficiency at Maximum Power of Heat Engines
    • Dark Information of Black Hole Radiation Raised by Dark Energy
    • Non-Thermal Radiation of Black Holes off Canonical Typicality
    • The Heat and Work of Quantum Thermodynamic Processes with Quantum Coherence
    • Quantum Sensing of Rotation Velocity Based on Transverse Field Ising Model
    • 一种移动空气净化装置及应用该装置的车轮、汽车
    • Quantum Thermodynamic Cycle with Quantum Phase Transition
  • Fundings
  • Publications
  • Fundings
    • Fundamental Constraints and Optimization of Finite-Time Thermodynamic Processes in Non-equilibrium Heat Reservoirs
    • Study of Anomalous Relaxion Processes in Finite Heat Reservoirs with Phase Transitions
    • Design and Practice of Inquiry-based General Physics Courses Inspired by the China Undergraduate Physics Tournament (CUPT)
    • Non-equilibrium Thermodynamics of Finite Systems and Its Applications in Information Processing
  • Recent & Upcoming Talks
    • 有限热源间线性不可逆热机的功率效率约束关系
    • 能造出功率效率都高的热机吗？从经典到量子
    • 不可逆熵产生的实验研究
    • 热力学中热积分因子的唯一性
    • 黑洞信息问题
    • 有限时间量子热机
    • 有限时间量子热机
  • Homes
  • News
    • 2025-07-11-sta29
  • People
    • congfu
    • erichen
    • lynn
    • sandy
    • yhma

Study of Anomalous Relaxion Processes in Finite Heat Reservoirs with Phase Transitions

Oct 1, 2023 · 1 min read

need some details

Last updated on Oct 1, 2023
Yuhan Ma
Authors
Yuhan Ma
Associate Professor
Physics
← Fundamental Constraints and Optimization of Finite-Time Thermodynamic Processes in Non-equilibrium Heat Reservoirs Jan 1, 2024
Design and Practice of Inquiry-based General Physics Courses Inspired by the China Undergraduate Physics Tournament (CUPT) Sep 1, 2023 →

yhma Lab © 2025. This site is licensed under CC BY NC SA 4.0. Build with ❤️