Towards a Test of the Weak Equivalence Principle of Gravity Using Anti-Hydrogen at CERN
D. Banerjee,F. Biraben,M. Charlton,P. Clade,P. Comini,P. Crivelli,O. Dalkarov,P. Debu,L. Dodd,A. Douillet,G. Dufour,P. Dupre,S. Eriksson,P. Froelich,P. Grandemange,S. Guellati,R. Guerout,M. Heinrich,P. -A. Hervieux,L. Hilico,A. Husson,P. Indelicato,S. Jonsell,J. -P. Karr,K. Khabarova, S. K. Kim, Y. Kim,N. Kolachevsky,N. Kuroda,A. Lambrecht,A. M. M. Leite,L. Liszkay,P. Lotrus,D. Lunney,N. Madsen,G. Manfredi, B. Mansouli,Y. Matsuda,A. Mohri,G. Mornacchi,V. Nesvizhevsky,F. Nez,P. Perez,C. Regenfus,J. -M. Rey,J. -M. Reymond,J-Y Rousse,S. Reynaud,A. Rubbia,Y. Sacquin,F. Schmidt-Kaler, N. Sillitoe,M. Staszczak,H. Torii,J. M. Heinrich, B. Vallage,M. Valdes,D. P. van der Werf, A. Voronin,J. Walz,S. Wolf, S. Wronka,Y. Yamazaki 2016 Conference on Precision Electromagnetic Measurements (CPEM 2016)（2016）
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Gravitation,Antimatter
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