A.S.M. Imam Hossain

Thermodynamics of Continuous Quantum Measurement in Cavity Optomechanics: Photon-Phonon Heat Fluxes and Quantum-Limited Engine Efficiency

Modeling continuous quantum measurement as an explicit thermodynamic process is essential for establishing the operational limits of nanoscale quantum heat engines. In this paper, we develop a comprehensive stochastic thermodynamic framework for a cavity optomechanical system sub...

Quantum Thermodynamics at Geometric and Physical Boundaries: From Thermal Casimir Stresses to Modular Horizon Entropy

We formulate a unified relativistic framework for quantum thermodynamics at physical, causal, and entangling boundaries. In standard flat Minkowski space, the quantum vacuum represents an inert zero-entropy state. However, the introduction of a boundary restricts spectral modes,...

Thermodynamics of Continuous Quantum Measurement in Cavity Optomechanics: Photon-Phonon Heat Fluxes and Quantum-Limited Engine Efficiency

Modeling continuous quantum measurement as an explicit thermodynamic process is essential for establishing the operational limits of nanoscale quantum heat engines. In this paper, we develop a comprehensive stochastic thermodynamic framework for a cavity optomechanical system sub...