We report a compact and reliable ultrafast fiber laser system optimized for seeding a high
energy, 2 μm pumped, 3 μm wavelength optical parametric chirped pulse amplification to …

Several experimental and theoretical investigations confirm the failure of the classical
Fourier's law in low-dimensional systems and ultrafast thermal transport. Hydrodynamic heat …

Thermal transport in crystals is influenced by chemistry, boundaries, and nanostructure. The
phonon band structure extracted from molecular-dynamics simulations provides an …

The spatiotemporally-nonlocal phenomena in heat conduction become significant but
challenging for metamaterials with artificial microstructures. However, the microstructure …

A thermal diode/rectifier, where the thermal resistance is direction dependent, has always
been highly sought after and may find applications in potential thermal logic devices and …

Although the classical multiscale heat transfer methods consider the pure microstructural
effects, they ignore the interactions between different microstructural units, resulting in …

This study addresses the optimization of strain in continuous MOSFET downscaling,
particularly at the nanoscale, where traditional Fourier models fail due to non-diffusive …

Next-generation nanoelectronic, energy, and quantum technologies require increasingly
stringent thermal, optical, mechanical, and electrical properties of component materials …

Abstract Non-hazardous, by-product-free, green nanoengineering has attracted significant
attention due to its application in biomedicine such as nanoparticle-mediated drug delivery …

In this work, we find that two-dimensional characteristics of hydrodynamic phonon transports
in two-dimensional dielectric materials lead to the anomalous length dependency and even …