000			01671 a2200349 4500
001			OB-cdf-3690
003			FrMaCLE
005			20251214082608.0
007			cu ||||||m||||
008			150208e||||||||xx |||||s|||||||||0|en|d
020			_a978-2-7226-0407-0
024	7		_a10.4000/books.cdf.3690 _2doi
040			_aFR-FrMaCLE
041			_aeng
100	1		_aDalibard, Jean
245	1	0	_aAtoms and Radiation : _bInaugural Lecture delivered on Thursday 18 April 2013 / _cJean Dalibard.
260			_aParis : _bCollège de France, _c2015.
300			_a70 p.
500			_aEbook
520			_a 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.
540			_aOpenEdition Books License _uhttps://www.openedition.org/12554
650		4	_aHistory & Philosophy Of Science
650		4	_aatom
650		4	_alaser
650		4	_alight
650		4	_aradiation
650		4	_aphysics
650		4	_aatomic physics
650		4	_atime
760	0		_x2109-9235
856	4		_eDalibard, Jean _uhttps://books.openedition.org/cdf/3690 _yAtoms and Radiation
999			_c3688 _d3688