An EPR experiment testing the non-separability of the K 0 K 0 wave function

A Apostolakis,E Aslanides,G Backenstoss,P Bargassa,O Behnke,A Benelli,Virineya Bertin,F Blanc, P Bloch,P R Jr Carlson,M Carroll,E Cawley,G Chardin, M Chertok,A Cody, M Dejardin,J Derre,A Ealet,Christos Eleftheriadis,R Ferreiramarques,W Fetscher,M Fidecaro, A Filipcic,David J Francis, John P Fry, E Gabathuler, R Gamet,H J Gerber,Alan S Go, C Guyot,A Haselden, P J Hayman,F Henrycouannier,R W Hollander,E Hubert,Kerstin Jonand,P R Kettle,C Kochowski,P Kokkas,R Kreuger,Renaud Le Gac,F Leimgruber, I Mandic,N Manthos,G Marel,M Mikuz,J P Miller,F Montanet,A Muller,T Nakada,B Pagels,I Papadopoulos,P Pavlopoulos,A J P L Policarpo,G Polivka,R Rickenbach,Bruce L Roberts,Tobias Ruf,M Schafer, L A Schaller,T Schietinger,A Schopper,Ph Schune, L Tauscher,C Thibault, F Touchard,C Touramanis,Carel W E Van Eijk,S Vlachos,Pascale Weber,O Wigger,Marcin Wladyslaw Wolter,Ch Yeche,D Zavrtanik

Physics Letters B（1998）

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摘要

Abstract The EPR-type strangeness correlation in the K0 K 0 system produced in the reaction p p → K 0 K 0 at rest has been tested using the CPLEAR detector. The strangeness was tagged via strong interaction with absorbers away from the creation point. The results are consistent with the QM non-separability of the wave function and exclude a spontaneous wave-function factorisation at creation (CL >99.99%).

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