Sentence examples for optical potentials from inspiring English sources

In particular, Bose Einstein condensates in optical potentials represent a great opportunity for engineering simple quantum systems, acting as a quantum simulator of much more complicated physics.

Schulz et al [ 8] have shown that the transfer of trapped atoms between two optical potentials could be performed.

Concentrating on the early black-and-white paintings that made Ms. Riley famous, it presents stringently pure yet accessible works that have, at their best, extended the optical potential implicit in the work of Mondrian, Josef Albers and Ad Reinhardt.

The high reflectance of UCN on 6Li with its positive optical potential must be compensated by a material with negative optical potential.

Vanadium has nearly zero optical potential for UCN and thus should not hinder their transmission.

This must be compensated by a material with negative optical potential.

The design of an UCN converter must take in account the high reflectance of UCN at 6Li with its positive optical potential.

In the field of optical manipulation, a lot of resources have been dedicated to realization of adjustable optical potential landscapes, which could be used to manipulate multiple particles simultaneously [100].

Equally significantly, the scenario could lead to the formation of two-dimensional optical potential arrays and surface optical lattices that could form a suitable architecture for the implementation of quantum computing using neutral atoms.

Three stabilization techniques for identifying the resonances and estimating resonance widths are discussed: calculation of coordinate-space moments, application of an imaginary optical potential, and analytic continuation of a real discrete spectrum using rational polynomial interpolation.

Further methods have shown how using an externally driven flow either counter‐propagating against a light field (optical chromatography) or over a periodic light pattern (an optical potential energy landscape) may result in the selection of particles and cells based on physical attributes such as size and refractive index.