Researchers at the Joint Quantum Institute* have shown that an optical lattice system exhibits a never-before-seen quantum state called a topological semimetal ...
... Programme, where laser beams are used to form 'optical lattices' that resemble crystals. Spanish Anchorman and former Minister of European Relations in the Spanish Government ...
... ülich, which is a member of the Helmholtz Association. Atoms in an optical lattice can serve as quantum simulators for many interesting ... introduce ultracold atoms into a crystal structure using an optical lattice and selectively switch this system between metallic ...
... to extending the storage time included the use of a one-dimensional optical lattice to help confine the atoms and selection ... two approaches. The first was to confine the atoms using an optical lattice composed of laser beams. Because ...
... , using two species of ultracold atoms confined in an optical lattice, a “web of light” that traps atoms ... seemingly incompatible properties. The underlying technologies of optical lattices and Bose-Einstein condensation were pioneered ...
... . Their calculations suggest that it's possible to compress the atoms in an optical lattice until the heat is squeezed out of them ... of the teams: Rice and Maryland. All are working to create an optical lattice -- a three-dimensional cubic structure ...
... of a crisscrossed pattern of light, known as an optical lattice. The lattice is shaped like a tall stack ... clocks, the high precision of JILA's strontium lattice experimental setup is expected to be useful in other applications requiring ...
... a new system that uses ultracold atoms trapped in an optical lattice to generate entanglement, which may be a promising method for realizing a scalable quantum computer due to the high ...
... of several hundred pancake-shaped wells—an "optical lattice"—made of laser light. A laser ... . Ongoing comparisons of the ytterbium clock to that of the strontium lattice clock located nearby at JILA, a joint ...
... of strontium atoms are trapped in this so-called optical lattice. The movement of the atoms is thus limited ... for the first time. The results of the investigation have shown how the optical lattice has to be dimensioned and how many atoms may be stored in it to operate ...
... solely of light, called a Bose Hubbard optical lattice. It's part of scientists' efforts to use ultracold ... novel quantum materials. "Ultracold atoms in optical lattices can be used as a model to help understand the physics ...
... single atoms in a crystalline structure made solely of light, called a Bose Hubbard optical lattice ...
... to explore how the energy spectrum of electrons in a crystal lattice varies with the magnetic field applied to the system ... new ways to investigate these and other phenomena. "By adding an optical lattice potential to our synthetic magnetic field ...
... in an egg-crate-like arrangement known as an "optical lattice." In 1990, one of the coauthors of the present work, Radha Balakrishnan of the Institute of Mathematical Sciences in India ...
... to two spatial dimensions, perhaps into a column of pancake-shaped traps confined by lasers—an "optical lattice" like that used in some next-generation atomic ...
