Measurement of $J/\psi$ at forward and backward rapidity in $p+p$, $p+A$l, $p+A$u, and $^3$He$+$Au collisions at $\sqrt{s_{_{NN}}}=200~{\rm GeV}$

@article{Acharya2019MeasurementO,
  title={Measurement of \$J/\psi\$ at forward and backward rapidity in \$p+p\$, \$p+A\$l, \$p+A\$u, and \$^3\$He\$+\$Au collisions at \$\sqrt\{s_\{_\{NN\}\}\}=200~\{\rm GeV\}\$},
  author={U. Acharya and A. Adare and C. Aidala and N. Ajitanand and Y. Akiba and M. Alfred and V. Andrieux and N. Apadula and H. Asano and B. Azmoun and V. Babintsev and M. Bai and N. Bandara and B. Bannier and K. Barish and S. Bathe and A. Bazilevsky and M. Beaumier and S. Beckman and R. Belmont and A. Berdnikov and Y. Berdnikov and D. Blau and M. Boer and J. Bok and K. Boyle and M. Brooks and J. Bryslawskyj and V. Bumazhnov and S. Campbell and V. C. Roman and R. Cervantes and C. Chen and C. Chi and M. Chiu and I. Choi and J. B. Choi and T. Chujo and Z. Citron and M. Connors and N. Cronin and M. Csanad and T. CsorgHo and T. Danley and A. Datta and M. Daugherity and G. David and K. DeBlasio and K. Dehmelt and A. Denisov and A. Deshpande and E. Desmond and A. Dion and P. B. Diss and D. Dixit and J. Do and A. Drees and K. Drees and J. Durham and A. Durum and A. Enokizono and H. En’yo and R. Esha and S. Esumi and B. Fadem and W. Fan and N. Feege and D. Fields and M. Finger and Jr. and D. Fitzgerald and S. Fokin and J. Frantz and A. Franz and A. Frawley and Y. Fukuda and C. Gal and P. Gallus and E. Gamez and P. Garg and H. Ge and F. Giordano and A. Glenn and Y. Goto and N. Grau and S. Greene and M. Perdekamp and T. Gunji and H. Guragain and T. Hachiya and J. Haggerty and K. Hahn and H. Hamagaki and H. Hamilton and S. Y. Han and J. Hanks and S. Hasegawa and T. Haseler and K. Hashimoto and X. He and T. Hemmick and J. C. Hill and K. Hill and A. Hodges and R. Hollis and K. Homma and B. Hong and T. Hoshino and N. Hotvedt and J. Huang and S. Huang and K. Imai and M. Inaba and A. Iordanova and D. Isenhower and S. Ishimaru and D. Ivanishchev and B. Jacak and M. Jezghani and Z. Ji and J. Jia and X. Jiang and B. M. Johnson and D. Jouan and D. Jumper and S. Kanda and J. Kang and D. Kapukchyan and S. Karthas and D. Kawall and A. Kazantsev and J. A. Key and V. Khachatryan and A. Khanzadeev and A. Khatiwada and C. Kim and D. J. Kim and E. Kim and G. Kim and M. Kim and B. Kimelman and D. Kincses and E. Kistenev and R. Kitamura and J. Klatsky and D. Kleinjan and P. Kline and T. Koblesky and B. Komkov and D. Kotov and S. Kudo and B. Kurgyis and K. Kurita and M. Kurosawa and Y. Kwon and R. Lacey and J. Lajoie and A. Lebedev and S. Lee and M. Leitch and Y. Leung and N. Lewis and X. Li and S. H. Lim and M. X. Liu and V. Loggins and S. Lokos and K. Lovasz and D. Lynch and T. Majoros and Y. Makdisi and M. Makek and A. Manion and V. Manko and E. Mannel and M. McCumber and P. McGaughey and D. Mcglinchey and C. McKinney and A. Meles and M. Mendoza and W. Metzger and A. Mignerey and D. Mihalik and A. Milov and D. Mishra and J. Mitchell and I. Mitrankov and G. Mitsuka and S. Miyasaka and S. Mizuno and A. Mohanty and P. Montuenga and T. Moon and D. Morrison and S. Morrow and T. V. Moukhanova and B. Mulilo and T. Murakami and J. Murata and A. Mwai and K. Nagai and K. Nagashima and T. Nagashima and J. Nagle and M. Nagy and I. Nakagawa and H. Nakagomi and K. Nakano and C. Nattrass and S. Nelson and P. Netrakanti and T. Niida and S. Nishimura and R. Nishitani and R. Nouicer and T. Nov'ak and N. Novitzky and A. Nyanin and E. O'brien and C. Ogilvie and J. Koop and J. Osborn and A. Oskarsson and G. Ottino and K. Ozawa and R. Pak and V. Pantuev and V. Papavassiliou and J. S. Park and S. Park and S. Pate and M. Patel and J. Peng and W. Peng and D. Perepelitsa and G. Perera and D. Peressounko and C. E. PerezLara and J. Perry and R. Petti and M. Phipps and C. Pinkenburg and R. Pinson and R. Pisani and A. Pun and M. Purschke and P. Radzevich and J. Rak and N. Ramasubramanian and B. Ramson and I. Ravinovich and K. Read and D. Reynolds and V. Riabov and Y. Riabov and D. Richford and T. Rinn and S. Rolnick and M. Rosati and Z. Rowan and J. Rubin and J. Runchey and A. Safonov and B. Sahlmueller and N. Saito and T. Sakaguchi and H. Sako and V. Samsonov and M. Sarsour and S. Sato and C. Scarlett and B. Schaefer and B. Schmoll and K. Sedgwick and R. Seidl and A. Sen and R. Seto and P. Sett and A. Sexton and D. Sharma and I. Shein and T. Shibata and K. Shigaki and M. Shimomura and T. Shioya and P. Shukla and A. Sickles and C. L. Silva and D. Silvermyr and B. Singh and C. P. Singh and V. Singh and M. Skoby and M. Slunevcka and K. Smith and M. Snowball and R. Soltz and W. Sondheim and S. Sorensen and I. Sourikova and P. Stankus and M. Stepanov and S. Stoll and T. Sugitate and A. Sukhanov and T. Sumita and J. Sun and X. Sun and Z. Sun and S. Suzuki and J. Sziklai and A. Taketani and K. Tanida and M. Tannenbaum and S. Tarafdar and A. Taranenko and G. Tarnai and R. Tieulent and A. Timilsina and T. Todoroki and M. Tom'avsek and C. Towell and R. Towell and I. Tserruya and Y. Ueda and B. Ujv{\'a}ri and H. W. Hecke and J. Velkovska and M. Virius and V. Vrba and N. Vukman and X. R. Wang and Z. Wang and Y. Watanabe and F. Wei and A. S. White and C. P. Wong and C. Woody and M. Wysocki and B. Xia and C. Xu and Q. Xu and L. Xue and S. Yalcin and Y. Yamaguchi and H. Yamamoto and A. Yanovich and J. Yoo and I. Yoon and H. Yu and I. Yushmanov and W. Zajc and A. Zelenski and Y. Zhai and S. Zharko and S. Zhou and L. Zou},
  journal={arXiv: High Energy Physics - Experiment},
  year={2019}
}
Charmonium is a valuable probe in heavy-ion collisions to study the properties of the quark gluon plasma, and is also an interesting probe in small collision systems to study cold nuclear matter effects, which are also present in large collision systems. With the recent observations of collective behavior of produced particles in small system collisions, measurements of the modification of charmonium in small systems have become increasingly relevant. We present the results of $J/\psi… Expand
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Measurement of quarkonium production in proton–lead and proton–proton collisions at $$5.02~\mathrm {TeV}$$5.02TeV with the ATLAS detector
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