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Matches in DBpedia 2015-10 for { <http://dbpedia.org/resource/Laser_cooling> ?p ?o }

• Laser_cooling abstract "Laser cooling refers to a number of techniques in which atomic and molecular samples are cooled down to near absolute zero through the interaction with one or more laser fields. All laser cooling techniques rely on the fact that when an object (usually an atom) absorbs and re-emits a photon (a particle of light) its momentum changes. The temperature of an ensemble of particles is larger for larger variance in the velocity distribution of the particles. Laser cooling techniques combine atomic spectroscopy with the aforementioned mechanical effect of light to compress the velocity distribution of an ensemble of particles, thereby cooling the particles.The first example of laser cooling, and also still the most common method (so much so that it is still often referred to simply as 'laser cooling') is Doppler cooling. Other methods of laser cooling include: Sisyphus cooling Resolved sideband cooling Raman Sideband Cooling Velocity selective coherent population trapping (VSCPT) Cavity mediated cooling Use of a Zeeman slower Electromagnetically induced transparency (EIT) cooling↑ ↑ ↑".
• Laser_cooling thumbnail Doppler_laser_cooling.svg?width=300.
• Laser_cooling wikiPageExternalLink 6631.
• Laser_cooling wikiPageExternalLink lascool.html.
• Laser_cooling wikiPageExternalLink 9780198506959.do.
• Laser_cooling wikiPageExternalLink Foot%20C.J.%20Atomic%20physics%20%28Oxford,%202005%29%28ISBN.pdf.
• Laser_cooling wikiPageID "172586".
• Laser_cooling wikiPageLength "7928".
• Laser_cooling wikiPageOutDegree "48".
• Laser_cooling wikiPageRevisionID "666315654".
• Laser_cooling wikiPageWikiLink Absolute_zero.
• Laser_cooling wikiPageWikiLink Atom.
• Laser_cooling wikiPageWikiLink Atomic_spectroscopy.
• Laser_cooling wikiPageWikiLink Bose-Einstein_condensation.
• Laser_cooling wikiPageWikiLink Bose–Einstein_condensate.
• Laser_cooling wikiPageWikiLink Brady_Haran.
• Laser_cooling wikiPageWikiLink Category:Atomic_physics.
• Laser_cooling wikiPageWikiLink Category:Cooling_technology.
• Laser_cooling wikiPageWikiLink Category:Laser_applications.
• Laser_cooling wikiPageWikiLink Category:Thermodynamics.
• Laser_cooling wikiPageWikiLink Claude_Cohen-Tannoudji.
• Laser_cooling wikiPageWikiLink Diatomic_molecule.
• Laser_cooling wikiPageWikiLink Doppler_cooling.
• Laser_cooling wikiPageWikiLink Doppler_cooling_limit.
• Laser_cooling wikiPageWikiLink Doppler_effect.
• Laser_cooling wikiPageWikiLink Electromagnetically_induced_transparency.
• Laser_cooling wikiPageWikiLink Electronic_transition.
• Laser_cooling wikiPageWikiLink HyperPhysics.
• Laser_cooling wikiPageWikiLink Kinetic_energy.
• Laser_cooling wikiPageWikiLink Laser.
• Laser_cooling wikiPageWikiLink Laser_detuning.
• Laser_cooling wikiPageWikiLink List_of_laser_articles.
• Laser_cooling wikiPageWikiLink Magneto-optical_trap.
• Laser_cooling wikiPageWikiLink Molecular_electronic_transition.
• Laser_cooling wikiPageWikiLink Momentum.
• Laser_cooling wikiPageWikiLink Mössbauer_effect.
• Laser_cooling wikiPageWikiLink Mössbauer_spectroscopy.
• Laser_cooling wikiPageWikiLink Optical_tweezers.
• Laser_cooling wikiPageWikiLink Photon.
• Laser_cooling wikiPageWikiLink Quantum_Physics.
• Laser_cooling wikiPageWikiLink Quantum_heat_engines_and_refrigerators.
• Laser_cooling wikiPageWikiLink Quantum_mechanics.
• Laser_cooling wikiPageWikiLink Quantum_refrigerators.
• Laser_cooling wikiPageWikiLink Raman_Cooling.
• Laser_cooling wikiPageWikiLink Raman_cooling.
• Laser_cooling wikiPageWikiLink Resolved_sideband_cooling.
• Laser_cooling wikiPageWikiLink Rubidium.
• Laser_cooling wikiPageWikiLink Sisyphus_cooling.
• Laser_cooling wikiPageWikiLink Speed.
• Laser_cooling wikiPageWikiLink Steven_Chu.
• Laser_cooling wikiPageWikiLink Temperature.
• Laser_cooling wikiPageWikiLink Timeline_of_low-temperature_technology.
• Laser_cooling wikiPageWikiLink Ultracold_atom.
• Laser_cooling wikiPageWikiLink Ultracold_atoms.
• Laser_cooling wikiPageWikiLink University_of_Nottingham.
• Laser_cooling wikiPageWikiLink Variance.
• Laser_cooling wikiPageWikiLink Wikt:microkelvin.
• Laser_cooling wikiPageWikiLink Zeeman_slower.
• Laser_cooling wikiPageWikiLink File:Doppler_laser_cooling.svg.
• Laser_cooling wikiPageWikiLink File:Rubidium85_laser_cooling.png.
• Laser_cooling wikiPageWikiLinkText "Laser cooling".
• Laser_cooling wikiPageWikiLinkText "cold".
• Laser_cooling wikiPageWikiLinkText "cool and trap atoms with laser light".
• Laser_cooling wikiPageWikiLinkText "cool".
• Laser_cooling wikiPageWikiLinkText "cooled".
• Laser_cooling wikiPageWikiLinkText "cooling and trapping of atoms with laser light".
• Laser_cooling wikiPageWikiLinkText "cooling".
• Laser_cooling wikiPageWikiLinkText "laser cool".
• Laser_cooling wikiPageWikiLinkText "laser cooled".
• Laser_cooling wikiPageWikiLinkText "laser cooling".
• Laser_cooling wikiPageWikiLinkText "laser-cooled".
• Laser_cooling wikiPageWikiLinkText "optical cooling".
• Laser_cooling hasPhotoCollection Laser_cooling.
• Laser_cooling wikiPageUsesTemplate Template:Cite_book.
• Laser_cooling wikiPageUsesTemplate Template:Cite_web.
• Laser_cooling wikiPageUsesTemplate Template:Doi.
• Laser_cooling wikiPageUsesTemplate Template:Lasers.
• Laser_cooling wikiPageUsesTemplate Template:Main.
• Laser_cooling wikiPageUsesTemplate Template:Reflist.
• Laser_cooling subject Category:Atomic_physics.
• Laser_cooling subject Category:Cooling_technology.
• Laser_cooling subject Category:Laser_applications.
• Laser_cooling subject Category:Thermodynamics.
• Laser_cooling type Application.
• Laser_cooling type Concept.
• Laser_cooling type Laser.
• Laser_cooling type Mechanic.
• Laser_cooling type Physic.
• Laser_cooling type Thermodynamic.
• Laser_cooling comment "Laser cooling refers to a number of techniques in which atomic and molecular samples are cooled down to near absolute zero through the interaction with one or more laser fields. All laser cooling techniques rely on the fact that when an object (usually an atom) absorbs and re-emits a photon (a particle of light) its momentum changes. The temperature of an ensemble of particles is larger for larger variance in the velocity distribution of the particles.".
• Laser_cooling label "Laser cooling".
• Laser_cooling sameAs Laserkøling.
• Laser_cooling sameAs Laserkühlung.
• Laser_cooling sameAs سرمایش_لیزری.
• Laser_cooling sameAs Refroidissement_datomes_par_laser.
• Laser_cooling sameAs Fuarú_le_léasar.
• Laser_cooling sameAs קירור_באמצעות_לייזרים.
• Laser_cooling sameAs Pendinginan_laser.
• Laser_cooling sameAs Laser_cooling.
• Laser_cooling sameAs レーザー冷却.

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