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Résumé

Light and matter are very closely linked in our modelling of the physical world. From the formulation of quantum theory to the invention of laser, the interaction between atoms and radiation has played a crucial role in the development of today’s science and technology. By controlling this interaction, the lowest temperatures ever recorded are now reached. Cooling atomic gases with laser light produces “quantum matter” with radically different properties from those of ordinary fluids. These cold atoms are the cornerstone of a new metrology of time and space, with applications in a wide variety of fields, including navigation, telecommunication and geophysics.

Auteur

  • Jean Dalibard (auteur)

    Jean Dalibard works in the field of atomic physics and quantum optics. His recent activities is centered on the physics of cold quantum gases, in particular Bose-Einstein condensation.

Auteur(s) : Jean Dalibard

Caractéristiques

Editeur : Collège de France

Auteur(s) : Jean Dalibard

Publication : 9 février 2015

Edition : 1ère édition

Intérieur : Noir & blanc

Support(s) : Livre numérique eBook [PDF + WEB + ePub + Mobi/Kindle]

Contenu(s) : PDF, WEB, ePub, Mobi/Kindle

Protection(s) : Marquage social (PDF), DRM (WEB), Marquage social (ePub), Marquage social (Mobi/Kindle)

Taille(s) : 856 ko (PDF), 1 octet (WEB), 2,55 Mo (ePub), 4,23 Mo (Mobi/Kindle)

Langue(s) : Anglais

Code(s) CLIL : 3058

EAN13 Livre numérique eBook [PDF + WEB + ePub + Mobi/Kindle] : 9782722604070

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