Laying the groundwork at the AGS: Recent results from experiment E895

E895 Collaboration: M.A. Lisa , N.N. Ajitanand , J.M. Alexander , M. Anderson , D. Best , F.P. Brady , T. Case , W. Caskey

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D. Cebra J.L. Chance P. Chung B. Cole K. Crowe A.C. Das J.E. Draper M.L. Gilkes S. Gushue M. Heffner A.S. Hirsch E.L. Hjort L. Huo M. Justice M. Kaplan D. Keane J.C. Kintner J. Klay D. Krofcheck R.A. Lacey C. Law J. Lauret H. Liu Y.M. Liu R. McGrath Z. Milosevich G. Odyniec D.L. Olson S.Y. Panitkin C. Pinkenburg N.T. Porile G. Rai H.G. Ritter J.L. Romero R. Scharenberg L. Schroeder B. Srivastava N.T.B. Stone T.J.M. Symons S. Wang R. Wells J. Whitfield T. Wienold R. Witt L. Wood W.N. Zhang

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keywords e895performedpionadditionagevanalysesazimuthally-sensitivebrookhaven

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The E895 Collaboration at the Brookhaven AGS has performed a systematic investigation of Au+Au collisions at 2-8 AGeV, using a large-acceptance Time Projection Chamber. In addition to extensive measurements of particle flow, spectra, two-particle interferometry, and strangeness production, we have performed novel hybrid analyses, including azimuthally-sensitive pion HBT, extraction of the six-dimensional pion phasespace density, and a first measurement of the Lambda-proton correlation function.

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Laying the groundwork at the AGS: Recent results from experiment E895

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