Übersetzung für 'optical lattice' von Englisch nach Deutsch

optical lattice

optisches Gitter {n}phys.

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lattice

Gitterwerk {n}

Linienraster {n}

Verband {m}math.

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Boolean lattice

boolescher Verband {m}math.

reinforcement lattice

Armierungs­gitter {n}constr.

modular lattice

modularer Verband {m}math.

Toda lattice

Toda-Gitter {n}phys.

Bravais lattice

Bravais-Gitter {n}chem.

lattice diffusion

Gitterdiffusion {f} [Kristall]

lattice defect

Gitterfehlstelle {f}material

Gitterdefekt {m}material

lattice expansion

Gitteraufweitung {f} [Kristall]

lattice structure

Gitterbau {m} [Kristall]

lattice element

Gitterbaustein {m} [Kristall]

lattice fence

Gitterzaun {m} [gekreuzt]

crystal lattice

Raumgitter {n}chem.

lattice energy

Gitterenergie {f}phys.

lattice enthalpy

Gitterenthalpie {f}phys.

lattice fuselage

Gitterrumpf {m}

reactor lattice

Reaktorgitter {n}nucl.

• In other experiments, Raizen and his group investigated quantum transport of atoms in an accelerating optical lattice.
• The Bose–Hubbard model can be used to describe physical systems such as bosonic atoms in an optical lattice, as well as certain magnetic insulators.
• 2020: A research group of University of Tokyo at Department of Applied Physics, RIKEN(Institute of Physical and Chemical Research) and OIT at Faculty of Information Science and Technology succeeded in developing an innovative “Transportable Optical lattice clock(OLC) with Ultra-precise measurements(10 to the power of minus 18)“ for the first time in the world through a verification testing on validity of Albert Einstein's general theory of relativity at Tokyo Skytree.
• In their experiment they perform the bomb test with a single atom trapped in a polarization-synthesized optical lattice.
• This was used in 2015 to directly image individual atoms trapped in an optical lattice.

• The clocks developed at the National Institute of Standards and Technology (NIST) rely on about 10,000 rare-earth atoms cooled to 10 microkelvin (10 millionths of a degree above absolute zero) and trapped in an optical lattice—a series of pancake-shaped wells made of laser light.
• While they are not yet part of any timekeeping standard, optical lattice clocks with frequencies in the visible light spectrum now exist and are the most accurate timekeepers of all.
• In these systems, supersolidity emerges directly from the atomic interactions, without the need for an external optical lattice.
• This scheme can be performed in simple optical molasses or in molasses where an optical lattice has been superimposed, which are called respectively free space Raman cooling and Raman sideband cooling.
• In 2008 it was proposed that pairs of bosons in an optical lattice may be similar to Cooper pairs.

• An experimental optical lattice clock was described in a 2014 Nature paper.
• Using an optical lattice, upper bounds were placed on the kinetic energy, interaction energy and potential energy of cold potassium-39 atoms.
• In 2021 Jun Ye of JILA in Boulder Colorado observed time dilatation in the difference in the rate of optical lattice clock ticks at the top of a cloud of strontium atoms, than at the bottom of that cloud, a column one millimeter tall, under the influence of gravity.
• 2D or 3D optical lattices. Without any induced electrical charge, the cells would sort based on their intrinsic refractive index properties and can be re-configurability for dynamic sorting.