High harmonic generation (HHG) in solids has long been a fascinating area of study, but it’s often been shrouded in a bit of mystery. The interpretation of HHG spectra in solids typically relies on phenomenological dephasing times that are much short
In the world of nanotechnology and materials science, understanding how heat moves and behaves is crucial. This is especially true for low-dimensional materials like graphene, where traditional models of heat transport often fall short. Researchers H
In the quest for more energy-efficient computing, researchers are exploring unconventional methods that could reduce our reliance on power-hungry digital devices. A recent study led by Ali Jafari, Mohamed Mousa, and Mostafa Nouh introduces a groundbr
In the world of materials science, researchers have long been fascinated by the potential of mechanical metamaterials—engineered structures with properties not found in nature. These materials are typically designed with uniform unit cells or repeati
In the quest for energy-efficient computing beyond traditional electronics, researchers have been exploring wave-guide-based physical systems. Among these, acoustic neural networks (ANNs) stand out as a promising approach for low-power computation in
Imagine a tiny particle on a surface, barely visible to the naked eye. Now, imagine that surface is vibrating in a very particular way, creating a wave that travels along it. This is the scene of a fascinating phenomenon known as vibrational transpor
In the quest to unravel the mysteries of dark matter, a team of researchers has proposed an innovative approach that could revolutionize our understanding of the universe. Marek Matas, Filip Krizek, and Carl P. Romao have delved into the realm of qua
In the world of high-frequency acoustic devices, the quest for materials with superior piezoelectric properties is never-ending. Researchers have recently turned their attention to ternary compounds, which are created by alloying binary compounds wit
Imagine you’re in a bustling café in Taipei, surrounded by the lively chatter of locals. The conversations flow naturally, with words blending into one another, yet somehow, everyone understands each other perfectly. This everyday scene is the backdr
In a groundbreaking study, an international team of researchers has unveiled the intricate relationship between temperature-dependent electrical transport and the unique vibrational properties of minimally twisted bilayer graphene. This research, led
