In this harmonic phonon junction, heat currents obey Fourier's law, thermal conductance peaks when spectra match (with low-T shifts), increases with coupling strength, and remains symmetric under flow reversal despite asymmetry.
Title resolution pending
2 Pith papers cite this work. Polarity classification is still indexing.
2
Pith papers citing it
years
2026 2representative citing papers
A qubit-qutrit-qubit quantum system functions as a thermal transistor by using the middle qutrit to modulate heat currents between baths, analogous to an electronic FET in common-gate configuration.
citing papers explorer
-
Steady-state phonon heat currents and differential thermal conductance across a junction of two harmonic phonon reservoirs
In this harmonic phonon junction, heat currents obey Fourier's law, thermal conductance peaks when spectra match (with low-T shifts), increases with coupling strength, and remains symmetric under flow reversal despite asymmetry.
-
Quantum Thermal Field Effect Transistor
A qubit-qutrit-qubit quantum system functions as a thermal transistor by using the middle qutrit to modulate heat currents between baths, analogous to an electronic FET in common-gate configuration.