Ultracold molecules are now being produced by many groups, either by atom association of or by direct laser cooling. They can be used to test fundamental physics, study quantum chemistry,…
…reaction (PCR) tests that take several hours to process. Neither of these tests can quantify the amount of virus present with high accuracy. Even the gold-standard PCR tests might have…
…as a model, a driven nonlinear oscillator. This model immediately refers to a large class of mesoscopic vibrational systems, from nanomechanical resonators to quantum cavity modes to Josephson junctions. The…
…the twist angle and with an out of plane electric field. This work sheds light on the effect of crystal structure on TMD optical properties and it forms the foundation…
For some, the sound of a “perfect flow” might be the gentle lapping of a forest brook or perhaps the tinkling of water poured from a pitcher. For physicists, a…
…Sisyphus-cooling. Combining optical tweezer arrays with lattices opens new perspectives to scale tweezer-based quantum simulators to larger system sizes and an alternative preparation route of assembled Hubbard systems in optical…
…of contemporary condensed-matter theory. We will discuss the observation of Anderson localization for a non-interacting Bose-Einstein condensate in a disordered optical lattice and the ongoing research to study the physics…
…complexity is one of the critical factors in determining an algorithm’s performance. Therefore, developing communication-efficient algorithms is important for distributed machine learning applications when the communication bandwidth is constrained. Recently,…