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STE-QUEST—test of the Universality of Free Fall Using Cold Atom Interferometry

D. N. Aguilera,H. Ahlers,B. Battelier,A. Bawamia,A. Bertoldi,R. Bondarescu,K. Bongs,P. Bouyer,C. Braxmaier,L. Cacciapuoti,C. Chaloner,M. Chwalla,W. Ertmer,M. Franz,N. Gaaloul,M. Gehler,D. Gerardi,L. Gesa, N. Guerlebeck,J. Hartwig,M. Hauth,O. Hellmig,W. Herr,S. Herrmann,A. Heske,A. Hinton,P. Ireland,P. Jetzer,U. Johann,M. Krutzik, A. Kubelka,C. Laemmerzahl,A. Landragin,I. Lloro,D. Massonnet,I. Mateos,A. Milke,M. Nofrarias,M. Oswald,A. Peters,K. Posso-Trujillo,E. Rasel,E. Rocco,A. Roura,J. Rudolph,W. Schleich,C. Schubert,T. Schuldt,S. Seidel,K. Sengstock,C. F. Sopuerta,F. Sorrentino,D. Summers,G. M. Tino,C. Trenkel,N. Uzunoglu,W. von Klitzing,R. Walser,T. Wendrich,A. Wenzlawski,P. Wessels,A. Wicht,E. Wille,M. Williams,P. Windpassinger,N. Zahzam

Classical and Quantum Gravity（2014）

引用 257|浏览65
关键词
atom interferometry,equivalence principle,cold atoms,Bose-Einstein condensates,microgravity,quantum gravity,space physics
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