Ultra-Cold Atoms, Ions, Molecules and Quantum Technologies

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Détails bibliographiques
Auteur principal: Kaiser, Robin (1963-....). (Auteur)
Autres auteurs: Leduc, Michèle (1942-....; physicienne). (Auteur), Perrin, Hélène (1972-....; physicienne). (Préface), Aspect, Alain (1947-....; physicien).
Support: E-Book
Langue: Anglais
Publié: Les Ulis : EDP Sciences.
Sujets:
Autres localisations: Voir dans le Sudoc
Résumé: "Physicists know how to produce gases at a few billionths of a degree above absolute zero. The cooling methods apply not only to atoms but also to ions and molecules. This field of research has three times been awarded the Nobel Prize. The field experienced remarkable growth when experimentalists learned how to vary at will the interactions between particles, trapping them with optical tweezers or in optical gratings with adjustable geometry. Artificial crystals made of atoms or molecules can be built to simulate the structure of matter and elucidate some of its magnetic properties, hopefully contributing to the understanding of high-temperature superconductivity. The phenomenon of quantum entanglement is the basis for new devices for the storage and transmission of quantum information. Spectacular progress is constantly being made in metrology. For example, ultra-cold atom or ion clocks measure time to better than one second over the lifetime of the Universe. New types of industrial gravimeters and gyroscopes are improving the sensitivity of seismology and navigation in space. In addition, the extreme precision of the measurements allows tests of the fundamental laws of physics, such as quantum electrodynamics, Lorentz invariance or possible variations of the fundamental constants. The field of ultra-cold particles has now reached the stage where it provides insights in the fields of condensed matter, chemistry and even cosmology
Accès en ligne: Accès à l'E-book
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100 1 |0 (IdRef)066972140  |1 http://www.idref.fr/066972140/id  |a Kaiser, Robin  |d (1963-....).  |4 aut.  |e Auteur 
245 1 0 |a Ultra-Cold Atoms, Ions, Molecules and Quantum Technologies   |c Robin Kaiser, Michèle Leduc et Hélène Perrin ; [préface d'Alain Aspect]. 
264 1 |a Les Ulis :  |b EDP Sciences. 
264 2 |a Paris :  |b Cyberlibris,  |c 2022. 
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500 |a Couverture (https://static2.cyberlibris.com/books_upload/136pix/9782759827466.jpg). 
504 |a Notes bibliogr. Index. 
506 |a L'accès en ligne est réservé aux établissements ou bibliothèques ayant souscrit l'abonnement 
520 |a "Physicists know how to produce gases at a few billionths of a degree above absolute zero. The cooling methods apply not only to atoms but also to ions and molecules. This field of research has three times been awarded the Nobel Prize. The field experienced remarkable growth when experimentalists learned how to vary at will the interactions between particles, trapping them with optical tweezers or in optical gratings with adjustable geometry. Artificial crystals made of atoms or molecules can be built to simulate the structure of matter and elucidate some of its magnetic properties, hopefully contributing to the understanding of high-temperature superconductivity. The phenomenon of quantum entanglement is the basis for new devices for the storage and transmission of quantum information. Spectacular progress is constantly being made in metrology. For example, ultra-cold atom or ion clocks measure time to better than one second over the lifetime of the Universe. New types of industrial gravimeters and gyroscopes are improving the sensitivity of seismology and navigation in space. In addition, the extreme precision of the measurements allows tests of the fundamental laws of physics, such as quantum electrodynamics, Lorentz invariance or possible variations of the fundamental constants. The field of ultra-cold particles has now reached the stage where it provides insights in the fields of condensed matter, chemistry and even cosmology 
559 2 |b 1. Cooling and trapping atoms  |b 2. Cold atom instruments and metrology  |b 3. Single atoms and single photons: quantum information exchange  |b 4. Quantum simulation with cold atoms  |b 5. Waves and disorder  |b 6. Trapping ans cooling Ions  |b 7. Cold and ultra-cold molecules  |b 8. Conclusion and everything else this book could also have been about 
650 7 |0 (IdRef)128729759  |1 http://www.idref.fr/128729759/id  |a Atomes froids.  |2 ram 
650 7 |0 (IdRef)18804468X  |1 http://www.idref.fr/18804468X/id  |a Théorie de l'information quantique.  |2 ram 
650 7 |0 (IdRef)19004652X  |1 http://www.idref.fr/19004652X/id  |a Machines quantiques.  |2 ram 
655 7 |0 (IdRef)03020934X  |1 http://www.idref.fr/03020934X/id  |a Manuels d'enseignement supérieur.  |2 ram 
700 1 |0 (IdRef)083931627  |1 http://www.idref.fr/083931627/id  |a Leduc, Michèle  |d (1942-....;   |c physicienne).  |4 aut.  |e Auteur 
700 1 |0 (IdRef)085194360  |1 http://www.idref.fr/085194360/id  |a Perrin, Hélène  |d (1972-....;   |c physicienne).  |4 aut.  |e Auteur 
700 1 |0 (IdRef)033194645  |1 http://www.idref.fr/033194645/id  |a Aspect, Alain  |d (1947-....;   |c physicien).  |4 aui.  |e Préface 
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