SaaS Metrics
Quantum Thermal Management
Phonon
AI Synthesis & Market Narrative
Breakthroughs in controlling phonon emission and guiding heat like light at room temperature promise transformative applications in communications, medicine, and next-generation chip design. This signifies significant R&D in quantum engineering and advanced materials for thermal management.
Correlated Linguistic Patterns
["sound lasers"
"controllable phonon emission"
"guide heat like light at room temperature"
"phonon focusing"
"ultralow thermal conductivity"]
Driving Media Context
Vorticity-induced short-range ordering for heat insulation in anisotropically bonded CsAg2I3
The authors reveal that vortical phonon vibrations in CsAg2I3 induce short‑range ordering, enhancing phonon scattering and yielding an ultralow thermal condu...
Novel lead-free Cs$$_2$$ NaFeBr$$_6$$ double perovskite exhibiting multifunctional energy-relevant properties: A comprehensive first-principles study
Scientific Reports - Novel lead-free Cs$$_2$$NaFeBr$$_6$$ double perovskite exhibiting multifunctional energy-relevant properties: A comprehensive first-prin...
McGill researchers take a major step toward “sound lasers” to transform communications and medicine
By demonstrating controllable phonon emission beyond the limits anticipated by current models, the Canadian-led team has opened a fresh area of investigation...
spin-phonon-suite 1.17.0
A package for performing spin-phonon coupling calculations with openMOLCAS, VASP, and Gaussian
Time-domain identification of distinct mechanisms for competing charge density waves in a rare-earth tritelluride
ErTe3 hosts two charge-density-wave orders and the origin of the weaker one remains unclear. Tracking its recovery after light excitation now points to nucle...
UCLA scientists discover how to guide heat like light at room temperature
Scientists have demonstrated that heat can move through a crystal in focused, wave-like rays at room temperature instead of spreading randomly. The breakthro...
Intrinsic plasmon canalization in the biaxial van der Waals crystal MoOCl2
Near the Drude zero crossing where one in-plane permittivity component changes sign, the biaxial crystal MoOCl2 supports intrinsic diffraction-free canalized...
Fermiology-driven goniopolar transverse thermoelectricity in kagome metals
Axis-dependent carrier polarity, in combination with flat-band and van Hove singularity states, enable transverse thermopower of 18.4 μV K−1 and transverse P...
Quantum synchronization enhanced via photon hopping in an optomechanical system
Scientific Reports - Quantum synchronization enhanced via photon hopping in an optomechanical system
The piezochiral effect
The piezochiral effect, a new member of the family of strain-responsive functionalities alongside piezoelectricity and piezomagnetism, is introduced, enablin...