Optical lattice standing wave
WebOct 1, 2009 · Experimental prospects of such lattices used with a blue magic wavelength are discussed. (a) Spatial distribution of an electromagnetic field for a 1D standing wave. (b) Configuration of the... Webcreation of an optical lattice formed by two parallel beams brought together at the focal plane of a lens. We use a novel method to change the distance between the two beams …
Optical lattice standing wave
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http://info.phys.unm.edu/~ideutsch/Publications/Optical_Lattice_Review.pdf WebWe show that even when the optical standing wave is slowly turned on and the condensate behaves adiabatically during this turn-on, once the tunneling- time between wells in the optical lattice becomes longer than the nonlinear time-scale, adiabaticity breaks down and a significant spatially varying phase develops across the condensate wave ...
WebMar 18, 2008 · We report an experimental method to create optical lattices with real-time control of their periodicity. We demonstrate a continuous change of the lattice periodicity … Weban optical lattice, a standing wave of light formed by tightly focused laser beams. The lattice holds the atoms for more than one second (an extremely long period on the atomic …
WebA coherent beam of particles incident on a standing wave of electromagnetic radiation (typically light) will be diffracted according to the equation: where n is an integer, λ is the de Broglie wavelength of the incident particles, d is the spacing of … WebMar 9, 2024 · Researchers have detected the existence of a charge density wave of electrons that acquires mass as it interacts with the background lattice ions of the …
There are two important parameters of an optical lattice: the potential well depth and the periodicity. The potential experienced by the atoms is related to the intensity of the laser used to generate the optical lattice. The potential depth of the optical lattice can be tuned in real time by changing the power of the laser, which is normally controlled by an acousto-optic modulator (AOM). The AOM i…
WebOptical lattice potentials.a, The standing-wave interference pattern creates a periodic potential in which the atoms move by tunnel coupling between the individual wells. b, The … dick\u0027s sporting goods sales associateWebNov 24, 2014 · Recently, optical trapping of a single ion has been demonstrated, first in a single-beam dipole trap, superimposed by a static electric potential 34, 35. Subsequently, all-optical trapping of... city car driving speed limitWebMar 25, 2024 · After it there is an optical lens with a focal length f = 300 mm. The standing wave is formed by the back reflection of the laser beam without polarization rotation from … dick\u0027s sporting goods sales supportWebAug 9, 2024 · When the distance L between BECs and mirror and laser frequency f are fixed, we can realize the misplacement of d/4 of the two sets of standing wave optical lattices by adjusting the frequency difference δf. Because δf ≪ f, the lattice constants of the two lattices can be regarded as the same. city car driving skidrowWebOptical pumping is most likely to occur at the antinode of the σ− standing wave, transferring the atom from the top of a hill of the potential U12, to the bottom of a well in the potential U−12. city car driving steamdbWebIn this Letter, we show that a three-dimensional Bose-Einstein solitary wave can become stable if the dispersion law is changed from quadratic to quartic. We suggest a way to realize the quartic dispersion, using shake… dick\u0027s sporting goods salisburyAmong their many uses, laser beams can trap matter such as atoms and molecules. Two or more intersecting laser beams can combine and “interfere” to form a standing wave, an array of peaks and valleys of light intensity. Depending on the number and arrangement of the laser beams, the standing wave can extend in … See more Soviet physicist Vladilen Letokhov introduced the idea(link is external)of optical lattices more than a half century ago, in the 1960s. Researchers began to create such light traps … See more Clocks using atoms trapped in an optical lattice, rather than the historical approach of using a “cloud” of unconfined neutral atoms, dramatically reduce the influence of atomic motion on the clock’s ticking. Hidetoshi Katori of … See more Parallel with the development of lattice clocks, NIST researchers since the 2000s have explored the use of atoms in optical lattices to perform … See more Ana Maria Rey, a NIST physicist at JILA, has contributed important theoretical work, including models that have helped to improve clock performance by identifying and explaining quantum interactions between multiple … See more city car driving specs