Pion Interferometry in ultrarelativistic nuclear collisions

D. Ferenc; J. Baechler; J. Bartke; H. Bialkowska; M. Bloomer; R. Rock; R. Brockmann; P. Bunčić; S. I. Chase; J. Cramer; I. Derado; V. Eckardt; J. Eschke; C. Favuzzi; D. Ferenc; B. Fleischmann; P. Foka; M. Fuchs; M. Gazdzicki; E. Gladysz; J. W. Harris; W. Heck; M. Hoffmann; P. Jacobs; K. Kadija; S. Kabana; A. Karabarbounis; R. Keidel; J. Kosiec; M. Kowalski; A. Kuhmichel; M. Lahanas; Y. Lee; M. LeVine; A. Ljubičić; S. Margetis; R. Morse; E. Nappi; G. Odyniec; G. Paić; A. D. Panagiotou; A. Petridis; A. Piper; F. Posa; A. Poskanzer; H. Pugh; F. Puhlhofer; G. Rai; W. Rauch; R. Renfordt; W. Retyk; G. Roland; D. Rohrich; H. Rothard; K. Runge; A. Sandoval; J. Schambach; E. Schmidt; N. Schmitz; E. Schmoetten; I. Schneider; P. Seyboth; J. Seyerlein; E. Skrypczak; P. Spinelli; P. Stefanski; R. Stock; H. Stroebele; L. Teitelbaum; S. Tonse; T. Trainor; G. Vassileiadis; M. Vassiliou; G. Vesztergombi; D. Vranić; S. Wenig

doi:10.1016/0375-9474(92)90613-O

Pion Interferometry in ultrarelativistic nuclear collisions

D. Ferenc, J. Baechler, J. Bartke, H. Bialkowska, M. Bloomer, R. Rock, R. Brockmann, P. Bunčić, S. I. Chase, J. Cramer, I. Derado, V. Eckardt, J. Eschke, C. Favuzzi, D. Ferenc, B. Fleischmann, P. Foka, M. Fuchs, M. Gazdzicki, E. GladyszJ. W. Harris, W. Heck, M. Hoffmann, P. Jacobs, K. Kadija, S. Kabana, A. Karabarbounis, R. Keidel, J. Kosiec, M. Kowalski, A. Kuhmichel, M. Lahanas, Y. Lee, M. LeVine, A. Ljubičić, S. Margetis, R. Morse, E. Nappi, G. Odyniec, G. Paić, A. D. Panagiotou, A. Petridis, A. Piper, F. Posa, A. Poskanzer, H. Pugh, F. Puhlhofer, G. Rai, W. Rauch, R. Renfordt, W. Retyk, G. Roland, D. Rohrich, H. Rothard, K. Runge, A. Sandoval, J. Schambach, E. Schmidt, N. Schmitz, E. Schmoetten, I. Schneider, P. Seyboth, J. Seyerlein, E. Skrypczak, P. Spinelli, P. Stefanski, R. Stock, H. Stroebele, L. Teitelbaum, S. Tonse, T. Trainor, G. Vassileiadis, M. Vassiliou, G. Vesztergombi, D. Vranić, S. Wenig

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Abstract

Pion interferometry is the unique tool to study the space-time evolution of the systems created in the ultrarelativistic nuclear collisions. Five different data sets have been analyzed in terms of cylindrical coordinates, and all yield consistent results. We conclude that the system expands longitudinally, the decoupling proper time is ∼5 fm/c, the duration of particle emission is very short <2 fm/c, and the transverse decoupling size is 1.5 to 2 times larger than the one corresponding to the collision geometry. That gives a causally consistent space-time evolution picture.

Original language	English
Pages (from-to)	531-535
Number of pages	5
Journal	Nuclear Physics A
Volume	544
Issue number	1-2
DOIs	https://doi.org/10.1016/0375-9474(92)90613-O
State	Published - Jul 20 1992
Externally published	Yes

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10.1016/0375-9474(92)90613-O

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Ferenc, D., Baechler, J., Bartke, J., Bialkowska, H., Bloomer, M., Rock, R., Brockmann, R., Bunčić, P., Chase, S. I., Cramer, J., Derado, I., Eckardt, V., Eschke, J., Favuzzi, C., Ferenc, D., Fleischmann, B., Foka, P., Fuchs, M., Gazdzicki, M., ... Wenig, S. (1992). Pion Interferometry in ultrarelativistic nuclear collisions. Nuclear Physics A, 544(1-2), 531-535. https://doi.org/10.1016/0375-9474(92)90613-O

@article{ba5a9435baae4c2094c455734bef3902,

title = "Pion Interferometry in ultrarelativistic nuclear collisions",

abstract = "Pion interferometry is the unique tool to study the space-time evolution of the systems created in the ultrarelativistic nuclear collisions. Five different data sets have been analyzed in terms of cylindrical coordinates, and all yield consistent results. We conclude that the system expands longitudinally, the decoupling proper time is ∼5 fm/c, the duration of particle emission is very short <2 fm/c, and the transverse decoupling size is 1.5 to 2 times larger than the one corresponding to the collision geometry. That gives a causally consistent space-time evolution picture.",

author = "D. Ferenc and J. Baechler and J. Bartke and H. Bialkowska and M. Bloomer and R. Rock and R. Brockmann and P. Bun{\v c}i{\'c} and Chase, {S. I.} and J. Cramer and I. Derado and V. Eckardt and J. Eschke and C. Favuzzi and D. Ferenc and B. Fleischmann and P. Foka and M. Fuchs and M. Gazdzicki and E. Gladysz and Harris, {J. W.} and W. Heck and M. Hoffmann and P. Jacobs and K. Kadija and S. Kabana and A. Karabarbounis and R. Keidel and J. Kosiec and M. Kowalski and A. Kuhmichel and M. Lahanas and Y. Lee and M. LeVine and A. Ljubi{\v c}i{\'c} and S. Margetis and R. Morse and E. Nappi and G. Odyniec and G. Pai{\'c} and Panagiotou, {A. D.} and A. Petridis and A. Piper and F. Posa and A. Poskanzer and H. Pugh and F. Puhlhofer and G. Rai and W. Rauch and R. Renfordt and W. Retyk and G. Roland and D. Rohrich and H. Rothard and K. Runge and A. Sandoval and J. Schambach and E. Schmidt and N. Schmitz and E. Schmoetten and I. Schneider and P. Seyboth and J. Seyerlein and E. Skrypczak and P. Spinelli and P. Stefanski and R. Stock and H. Stroebele and L. Teitelbaum and S. Tonse and T. Trainor and G. Vassileiadis and M. Vassiliou and G. Vesztergombi and D. Vrani{\'c} and S. Wenig",

year = "1992",

month = jul,

day = "20",

doi = "10.1016/0375-9474(92)90613-O",

language = "English",

volume = "544",

pages = "531--535",

journal = "Nuclear Physics A",

issn = "0375-9474",

publisher = "Elsevier",

number = "1-2",

}

Ferenc, D, Baechler, J, Bartke, J, Bialkowska, H, Bloomer, M, Rock, R, Brockmann, R, Bunčić, P, Chase, SI, Cramer, J, Derado, I, Eckardt, V, Eschke, J, Favuzzi, C, Ferenc, D, Fleischmann, B, Foka, P, Fuchs, M, Gazdzicki, M, Gladysz, E, Harris, JW, Heck, W, Hoffmann, M, Jacobs, P, Kadija, K, Kabana, S, Karabarbounis, A, Keidel, R, Kosiec, J, Kowalski, M, Kuhmichel, A, Lahanas, M, Lee, Y, LeVine, M, Ljubičić, A, Margetis, S, Morse, R, Nappi, E, Odyniec, G, Paić, G, Panagiotou, AD, Petridis, A, Piper, A, Posa, F, Poskanzer, A, Pugh, H, Puhlhofer, F, Rai, G, Rauch, W, Renfordt, R, Retyk, W, Roland, G, Rohrich, D, Rothard, H, Runge, K, Sandoval, A, Schambach, J, Schmidt, E, Schmitz, N, Schmoetten, E, Schneider, I, Seyboth, P, Seyerlein, J, Skrypczak, E, Spinelli, P, Stefanski, P, Stock, R, Stroebele, H, Teitelbaum, L, Tonse, S, Trainor, T, Vassileiadis, G, Vassiliou, M, Vesztergombi, G, Vranić, D & Wenig, S 1992, 'Pion Interferometry in ultrarelativistic nuclear collisions', Nuclear Physics A, vol. 544, no. 1-2, pp. 531-535. https://doi.org/10.1016/0375-9474(92)90613-O

TY - JOUR

T1 - Pion Interferometry in ultrarelativistic nuclear collisions

AU - Ferenc, D.

AU - Baechler, J.

AU - Bartke, J.

AU - Bialkowska, H.

AU - Bloomer, M.

AU - Rock, R.

AU - Brockmann, R.

AU - Bunčić, P.

AU - Chase, S. I.

AU - Cramer, J.

AU - Derado, I.

AU - Eckardt, V.

AU - Eschke, J.

AU - Favuzzi, C.

AU - Ferenc, D.

AU - Fleischmann, B.

AU - Foka, P.

AU - Fuchs, M.

AU - Gazdzicki, M.

AU - Gladysz, E.

AU - Harris, J. W.

AU - Heck, W.

AU - Hoffmann, M.

AU - Jacobs, P.

AU - Kadija, K.

AU - Kabana, S.

AU - Karabarbounis, A.

AU - Keidel, R.

AU - Kosiec, J.

AU - Kowalski, M.

AU - Kuhmichel, A.

AU - Lahanas, M.

AU - Lee, Y.

AU - LeVine, M.

AU - Ljubičić, A.

AU - Margetis, S.

AU - Morse, R.

AU - Nappi, E.

AU - Odyniec, G.

AU - Paić, G.

AU - Panagiotou, A. D.

AU - Petridis, A.

AU - Piper, A.

AU - Posa, F.

AU - Poskanzer, A.

AU - Pugh, H.

AU - Puhlhofer, F.

AU - Rai, G.

AU - Rauch, W.

AU - Renfordt, R.

AU - Retyk, W.

AU - Roland, G.

AU - Rohrich, D.

AU - Rothard, H.

AU - Runge, K.

AU - Sandoval, A.

AU - Schambach, J.

AU - Schmidt, E.

AU - Schmitz, N.

AU - Schmoetten, E.

AU - Schneider, I.

AU - Seyboth, P.

AU - Seyerlein, J.

AU - Skrypczak, E.

AU - Spinelli, P.

AU - Stefanski, P.

AU - Stock, R.

AU - Stroebele, H.

AU - Teitelbaum, L.

AU - Tonse, S.

AU - Trainor, T.

AU - Vassileiadis, G.

AU - Vassiliou, M.

AU - Vesztergombi, G.

AU - Vranić, D.

AU - Wenig, S.

PY - 1992/7/20

Y1 - 1992/7/20

N2 - Pion interferometry is the unique tool to study the space-time evolution of the systems created in the ultrarelativistic nuclear collisions. Five different data sets have been analyzed in terms of cylindrical coordinates, and all yield consistent results. We conclude that the system expands longitudinally, the decoupling proper time is ∼5 fm/c, the duration of particle emission is very short <2 fm/c, and the transverse decoupling size is 1.5 to 2 times larger than the one corresponding to the collision geometry. That gives a causally consistent space-time evolution picture.

AB - Pion interferometry is the unique tool to study the space-time evolution of the systems created in the ultrarelativistic nuclear collisions. Five different data sets have been analyzed in terms of cylindrical coordinates, and all yield consistent results. We conclude that the system expands longitudinally, the decoupling proper time is ∼5 fm/c, the duration of particle emission is very short <2 fm/c, and the transverse decoupling size is 1.5 to 2 times larger than the one corresponding to the collision geometry. That gives a causally consistent space-time evolution picture.

UR - http://www.scopus.com/inward/record.url?scp=25944468838&partnerID=8YFLogxK

U2 - 10.1016/0375-9474(92)90613-O

DO - 10.1016/0375-9474(92)90613-O

M3 - Article

AN - SCOPUS:25944468838

SN - 0375-9474

VL - 544

SP - 531

EP - 535

JO - Nuclear Physics A

JF - Nuclear Physics A

IS - 1-2

ER -

Pion Interferometry in ultrarelativistic nuclear collisions

Abstract

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