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BEC in microgravity
T. Van Zoest
*
, E. M. Rasel
, T. Könemann
, W. Ertmer
,
K. Bongs
, A. Vogel
, M. Schmidt
, A. Peters
, T. Schulet
, W. Lewoczko
, J. Reichel
, T. Steinmetz
, R. Walser
, W. Schleich
, H. J. Dittus
, P. Prengel
, W. Brinkmann
*
Corresponding author for this work
Physics and Astronomy
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Chapter in Book/Report/Conference proceeding
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Keyphrases
Bose-Einstein Condensate
100%
Microgravity
100%
Weightlessness
66%
Controlled Experiment
33%
High Force
33%
Optical Fiber
33%
Space Microgravity
33%
Quantum System
33%
Bremen
33%
Atom chip
33%
Temperature Records
33%
Fiber Technology
33%
Adiabatic Expansion
33%
Capsule Length
33%
Power Supply Control
33%
Coherent Evolution
33%
Spaceflight
33%
Diode Laser Systems
33%
DFB Laser
33%
Mobile Experiment
33%
Technical Realization
33%
Engineering
Power Supply
100%
Realization
100%
Feasibility Study
100%
Control Experiment
100%
Fiber Optics
100%
Quantum System
100%
Laser System
100%
Computer Control
100%
Physics
Microgravity
100%
Bose-Einstein Condensate
100%
Weightlessness
66%
Glass Fiber
33%
Semiconductor Laser
33%