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ATOMIC HOLOGRAPHY APPLICATION

Xueyan Xu

Published Jan 1, 2006• 0 citations
OpenAlex

Abstract

Compared with optics holography,the atom holography is one kind of new micro-image technology.The resolving power of the image is obtained the enormous enhancement because the atomic beam replace the light beam.In this article,we summarize the research progress in the atom holography,and narrate the concrete application of atom holography in the modern scientific domain.

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Compared with optics holography,the atom holography is one kind of new micro-image technology.The resolving power of the image is obtained the enormous enhancement because the atomic beam replace the light beam.In this article,we summarize the research progress in the atom holography,and narrate the concrete application of atom holography in the modern scientific domain.
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Atom optics has seen fast development and vast achievements,and has wide application prospects.The basic principles of the manipulation and control of cold atoms using magnetic and laser fields are briefly introduced,followed by a detailed review of recent progress of geometric and wave atom optics as well as potential applications and the development of atom optics devices Topics include the reflection of atom beams and mirrors,the deflection(refraction) and focusing of atom beams and lenses,the diffraction of atom matter waves and gratings,atom interferometers,and atomic holography.
We study the conditions under which atomic condensates can be used as holographic recording media and then suggest a scheme which allows us to reconstruct the original object with an atomic reading beam. The recording method relies on the observation that the shape of a condensate in the Thomas-Fermi limit closely follows the form of the confining potential. Holographic information can thus be stored as density modulations. The reading scheme proceeds in analogy to optical Fresnel sideband holography with an atomic beam replacing the reading laser.
After Bell resolved the famous argument between A. Einstein and Copenhagen school about quantum entanglement, possible applications of quantum mechanics to information technology have become materialized. Starting from a brief mathematical treatment of quantum entanglement, the principles of quantum imaging and quantum holography will be presented for better quality over the limitation of traditional engineering technology, with state-of-the-art literature review regarding this major advance of imaging technology that may greatly advance in medical imaging and the AR/VR technology in metaverse that is a primary new application of 6G communications.