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Cohen-tannoudji Claude:     more books (31)

Quantum Mechanics (2 vol. set) by Claude Cohen-Tannoudji, Bernard Diu, et all 2006-10-09 Photons and Atoms: Introduction to Quantum Electrodynamics (Wiley Professional) by Claude Cohen-Tannoudji, Jacques Dupont-Roc, et all 1997-02 Quantum Mechanics: Volume II by Claude Cohen-Tannoudji, Bernard Dui, et all 1978-06 Quantum mechanics. Volume I by Claude Cohen-Tannoudji, Bernard Diu, et all 1977 Levy Statistics & Laser Cooling by François Bardou, Jean-Philippe Bouchaud, et all 2001-12-15 Advances In Atomic Physics: An Overview by Claude Cohen-Tannoudji, David Guery-odelin, 2011-01-30 Atoms In Electromagnetic Fields (World Scientific Series on Atomic, Molecular and Optical Physics) by Claude Cohen-Tannoudji, 2005-03 Mecanique quantique (Collection Enseignement des sciences, 16) (French Edition) by Claude Cohen-Tannoudji, 1973 Mecanique Quantique: Tome II by Claude; Diu, Bernard; Laloe, Franck Cohen-Tannoudji, 1977 Mecanique Quantique: Tome I by Claude; Diu, Bernard; Laloe, Franck Cohen-Tannoudji, 1977 Quantenmechanik (German Edition) by Claude Cohen-Tannoudji, Bernard Diu, et all 2009-11-30 Atom-Photon Interactions: Basic Processes and Applications (Wiley Science Paperback Series) by Claude Cohen-Tannoudji, Jacques Dupont-Roc, et all 1998-03-31 Quantum Mechanics *2 Volumes* by Claude (Bernard Diu) (Franck Laloe) Cohen-Tannoudji, 1977-01-01 Quantenmechanik (German Edition) by Cohen-Tannoudji, Claude, 2008-05-20

lists with details

81. International: Italiano: Scienze: Fisica: Fisici_e_Ricercatori: Cohen-Tannoudji,
    Translate this page In tutta la Directory.  
    http://open-site.org/International/Italiano/Scienze/Fisica/Fisici_e_Ricercatori/

82. Åíá øõ÷ñü âñáâåßï Nobel öõóéêÞòØýîç ìå ôç âïÞè
    The summary for this Greek page contains characters that cannot be correctly displayed in this language/character set.  
    http://www.physics4u.gr/articles/nobel1997.html
    
    Extractions: Øýîç ìå ôç âïÞèåéá Laser Óôéò 7 Íïåìâñßïõ 1997 áíáêïéíþèçêå ðùò ïé Claude Cohen-Tannoudji, Steve Chu, êáé Bill Phillips êÝñäéóáí ôï âñáâåßï Nobel 1997 ãéá ôç ÖõóéêÞ Nobel åßíáé óáí íá êôõðÞèçêåò áðü Ýíá áíåìïóôñüâéëï, óýìöùíá ìå Ýíáí áðü ôïõò âñáâåõèÝíôåò ôï 1997. "Åãþ áðëþò åý÷ïìáé áõôüò íá óôáìáôÞóåé þóôå íá ìðïñÝóù íá ãõñßóù ðßóù ãéá íá óõíå÷ßóù íá åñãÜæïìáé," åßðå ï Claude Cohen-Tannoudji ôïõ Êïëëåãßïõ de France êáé ôçò Ecole Normale Superieure óôï Ðáñßóé. Áõôüò ìïéñÜóôçêå ôï âñáâåßï Nobel ãéá ôç öõóéêÞ ôï1997, ìáæß ìå ôïõò Steve Chu ôïõ Ðáíåðéóôçìßïõ Stanford óôçí California êáé Bill Phillips ôïõ National Institute of Standards and Technology (NIST) óôï Maryland, ãéá ôçí áíÜðôõîç ôå÷íéêþí óôçí øýîç êáé ðáãßäåõóç áôüìùí óå åîáéñåôéêÜ ÷áìçëÝò èåñìïêñáóßåò ìå ôçí ÷ñÞóç lasers. Åáí ç óõ÷íüôçôá ôùí öùôïíßùí ìéáò äÝóìçò åíüò laser óõíôïíßæåôáé íá åßíáé ìüëéò êÜôù áðü ìéá áôïìéêÞ óõ÷íüôçôá ìåôÜðôùóçò, Ýíá Üôïìï ðïõ ìåôáêéíåßôáé óôçí áíôßèåôç êáôåýèõíóç áðü ôçí äÝóìç èá áðïññïöÞóåé öùôüíéá ïöåéëüìåíá óôï öáéíüìåíï Doppler, åðåéäÞ Ýíá Üôïìï ðïõ ìåôáêéíåßôáé óôçí ßäéá êáôåýèõíóç äåí áðïññïöÜ öùôüíéá. Ïôáí üìùò Ýíá Üôïìï áðïññïöÜ öùôüíéá áðïññïöÜ åðßóçò êáé ôçí ïñìÞ ôïõ öùôïíßïõ, Ýôóé ôá Üôïìá êéíïýìåíá ðñïò ôçí êáôåýèõíóç ôçò äÝóìçò ôïõ laser èá êéíçèïýí ðéü áñãÜ. Ç åñãáóßá áõôÞ ôçò øýîçò êáé ôçò ðáãßäåõóçò ôùí áôüìùí ìå ôç âïÞèåéá ôïõ laser Ýãéíå áöïñìÞ ãéá íá ïäçãçèïýìå óå âáèýôåñç êáôáíüçóç ôçò áëëçëåðßäñáóçò ìåôáîý öùôüò êáé ýëçò. Óôçí èåñìïêñáóßá äùìáôßïõ ôá Üôïìá êáé ôá ìüñéá ðïõ ðåñéÝ÷åé ï áÝñáò êéíïýíôáé ðñïò üëåò ôéò äéåõèýíóåéò ìå ôá÷ýôçôåò ðïõ ðëçóéÜæïõí ôá 4.000 km/h. Åßíáé äýóêïëï íá ìåëåôÜò áõôÜ ôá Üôïìá êáé ìüñéá åðåéäÞ åîáöáíßæïíôáé ðÜñá ðïëý ãñÞãïñá áðü ôïí ÷þñï ðïõ ðáñáôçñïýíôáé. ×áìçëþíïíôáò ôç èåñìïêñáóßá ìðïñåß êÜðïéïò íá ìåéþóåé ôç ôá÷ýôçôá ôïõò, áëëÜ ôï ðñüâëçìá åßíáé üôáí ôá áÝñéá øý÷ïíôáé ÷áìçëÜ áõôÜ áíïíéêÜ ðñþôá óõìðõêíþíïíôáé óå õãñÜ êáé ìåôÜ ðÞæïõí óå ìéá óôåñåÜ ìïñöÞ.

83. Le Laboratoire Kastler Brossel
    Translate this page  
    http://www.spectro.jussieu.fr/Nobel.html

84. Nobel Laureates Born In April
    Year and nobel Prize. For more scientific information, please visit my home pagehttp//baskarc.4mg.com Chinnappan Baskar nobel Laureates Born in April.  
    http://www.geocities.com/baskarc/CBNobelApril.htm
    
    Extractions: Nobel Laureates Born in April Today is "Remember Your Creator in the days of your youth" - Ecclesiastes 12:1 NIV "Imagination is more important than knowledge..." - Albert Einstein "With the spirit of love, dedication, will power, creativity, and hard work; everything is possible in the world." – BaSKAr, C. "The important thing in science is not so much to obtain new facts as to discover new ways of thinking about them." – W. L. Bragg "Chance favors only the prepared mind." - Louis Pasteur "The secret to creativity is knowing how to hide your sources." - Albert Einstein "The test of all knowledge is experiment." - Richard P. Feynman "Genius learns from nature, its own nature. Talent learns from art." – Oscar Wilde "Chemistry is physics without thought; mathematics is physics without purpose." - Anonymous "All religions, arts and sciences are branches of the same tree." - Albert Einstein "The future, according to some scientists, will be exactly like the past, only far more expensive." - John Sladek "Night and day I mention you in my prayers." - 2 Timothy 1.3a CEV

85. AMPL Atom Manipulation News
    This follows the award of the 1997 nobel Prize in Physics to Steve Chu, ClaudeCohenTannoudji and Bill Phillips for laser cooling and trapping of atoms.  
    http://wwwrsphysse.anu.edu.au/ampl/research/am/news/news.html
    
    Extractions: October 2002: ARC funded project on He* BEC We will develop one of the few metastable Helium (He*) Bose-Einstein condensates (BEC), which will have a unique magnetic confining potential. We will use this to generate independent He* BECs which we will use to measure the development of the BEC phase. We aim to answer for the first time the intriguing question: "How does a BEC develop phase?". The answer will also be important for the recently developed atom laser - with potential applications as wide-reaching as the laser - where understanding the phase coherence is important for devices such as atom interferometers. We will also use this source of large de Broglie wavelength atoms atom optics applications, and will study the He*-He* collisions which are important in determining collisional scattering length - a key parameter in the BEC formation process.

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