Applying demagnetization cooling in a new way to Coulomb blockade thermometers reduces heat leaks and achieves a record cooling temperature.
A computational model demonstrates sound cloaking and super-tunneling capabilities of a system built out of metamaterial balls.
Exploiting resonances via electrostatic actuations can be an alternative method for characterization of graphene membranes to atomic force microscopy.
Researchers develop a thermoreflectance microscopy technique to quickly measure Joule heating in THz emitters.
First principle calculations assess and optimize the physical and optoelectronic properties of a 2-D metal organic network.
Numerical simulations of statistical behavior relative to walls help better describe the kurtotic behavior of fluids as they interact with the surfaces they flow near.
A computational bridge between continuous and discrete descriptions at varying length scales improves efficiency of multicomponent hydrodynamic modeling at both macroscopic and molecular domains.
Raman spectroscopy using ultraviolet light reveals spin-phonon coupling properties of NiO for the first time, and the different effects for transverse and longitudinal optical phonons.