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- Atom_optics abstract "Atom optics (or atomic optics) is the area of physics which deals with beams of cold, slowly moving neutral atoms, as a special case of a particle beam.Like an optical beam, the atomic beam may exhibit diffraction and interference, and can be focused with a Fresnel zone plate or a concave atomic mirror.Several scientific groups work in this field.Until 2006, the resolution of imaging systems based on atomic beams was not better than that of an optical microscope,mainly due to the poor performance of the focusing elements. Such elements use small numerical aperture;usually, atomic mirrors use grazing incidence, and the reflectivity drops drastically with increase of thegrazing angle; for efficient normal reflection, atoms should be ultracold, anddealing with such atoms usually involves magnetic, magneto-optical or optical traps rather than an optics.Recent scientific publications about Atom Nano-Optics, evanescent field lensesand ridged mirrorsshow significant improvement since the beginning of the 21st century. In particular, anatomic hologram can be realized.An extensive review article "Optics and interferometry with atoms and molecules" appeared in July 2009.More bibliography about Atom Optics can be found at the Resource Letter.".
- Atom_optics wikiPageExternalLink www.atomwave.org..
- Atom_optics wikiPageID "4387116".
- Atom_optics wikiPageLength "5425".
- Atom_optics wikiPageOutDegree "21".
- Atom_optics wikiPageRevisionID "681386450".
- Atom_optics wikiPageWikiLink Angle_of_incidence.
- Atom_optics wikiPageWikiLink Atomic_de_Broglie_microscope.
- Atom_optics wikiPageWikiLink Atomic_hologram.
- Atom_optics wikiPageWikiLink Atomic_mirror.
- Atom_optics wikiPageWikiLink Atomic_nanoscope.
- Atom_optics wikiPageWikiLink Category:Atomic,_molecular,_and_optical_physics.
- Atom_optics wikiPageWikiLink Diffraction.
- Atom_optics wikiPageWikiLink Evanescent_field.
- Atom_optics wikiPageWikiLink Evanescent_wave.
- Atom_optics wikiPageWikiLink Grazing_incidence.
- Atom_optics wikiPageWikiLink Interference_(wave_propagation).
- Atom_optics wikiPageWikiLink Magnetic_trap_(atoms).
- Atom_optics wikiPageWikiLink Magneto-optical_trap.
- Atom_optics wikiPageWikiLink Microscope.
- Atom_optics wikiPageWikiLink New_Journal_of_Physics.
- Atom_optics wikiPageWikiLink Numerical_aperture.
- Atom_optics wikiPageWikiLink Optical_tweezers.
- Atom_optics wikiPageWikiLink Optics.
- Atom_optics wikiPageWikiLink Particle_beam.
- Atom_optics wikiPageWikiLink Physics.
- Atom_optics wikiPageWikiLink Quantum_reflection.
- Atom_optics wikiPageWikiLink Ridged_mirror.
- Atom_optics wikiPageWikiLink Ultracold_atom.
- Atom_optics wikiPageWikiLink Zone_plate.
- Atom_optics wikiPageWikiLinkText "Atom optics".
- Atom_optics wikiPageWikiLinkText "atom optics".
- Atom_optics hasPhotoCollection Atom_optics.
- Atom_optics wikiPageUsesTemplate Template:ASIN.
- Atom_optics wikiPageUsesTemplate Template:Atomic-physics-stub.
- Atom_optics wikiPageUsesTemplate Template:Cite_journal.
- Atom_optics subject Category:Atomic,_molecular,_and_optical_physics.
- Atom_optics hypernym Area.
- Atom_optics type Place.
- Atom_optics type Physic.
- Atom_optics comment "Atom optics (or atomic optics) is the area of physics which deals with beams of cold, slowly moving neutral atoms, as a special case of a particle beam.Like an optical beam, the atomic beam may exhibit diffraction and interference, and can be focused with a Fresnel zone plate or a concave atomic mirror.Several scientific groups work in this field.Until 2006, the resolution of imaging systems based on atomic beams was not better than that of an optical microscope,mainly due to the poor performance of the focusing elements. ".
- Atom_optics label "Atom optics".
- Atom_optics sameAs بصريات_ذرية.
- Atom_optics sameAs Optique_atomique.
- Atom_optics sameAs Optaic_adamhach.
- Atom_optics sameAs Ottica_atomica.
- Atom_optics sameAs m.0b_j7n.
- Atom_optics sameAs Q245987.
- Atom_optics sameAs Q245987.
- Atom_optics wasDerivedFrom Atom_optics?oldid=681386450.
- Atom_optics isPrimaryTopicOf Atom_optics.