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Technical Design Report of the Spin Physics Detector at NICA
SPD Collaboration, V. Abazov, V. Abramov, L. Afanasyev, R. Akhunzyanov, A. Akindinov, I. Alekseev, A. Aleshko, V. Alexakhin, G. Alexeev, L. Alimov, A. Allakhverdieva, A. Amoroso, V. Andreev, V. Andreev, E. Andronov, Yu. Anikin, S. Anischenko, A. Anisenkov, V. Anosov, et al (397)
Apr 15 2024 hep-ex physics.ins-det arXiv:2404.08317v2

@misc{2404.08317, author = {SPD Collaboration and V.~Abazov and V.~Abramov and L.~Afanasyev and R.~Akhunzyanov and A.~Akindinov and I.~Alekseev and A.~Aleshko and V.~Alexakhin and G.~Alexeev and L.~Alimov and A.~Allakhverdieva and A.~Amoroso and V.~Andreev and V.~Andreev and E.~Andronov and Yu.~Anikin and S.~Anischenko and A.~Anisenkov and V.~Anosov and E.~Antokhin and A.~Antonov and S.~Antsupov and A.~Anufriev and K.~Asadova and S.~Ashraf and V.~Astakhov and A.~Aynikeev and M.~Azarkin and N.~Azorskiy and A.~Bagulya and D.~Baigarashev and A.~Baldin and E.~Baldina and N.~Barbashina and A.~Barnyakov and S.~Barsov and A.~Bartkevich and V.~Baryshevsky and K.~Basharina and A.~Baskakov and V.~Baskov and M.~Batista and M.~Baturitsky and V.~Bautin and T.~Bedareva and S.~Belokurova and A.~Belova and E.~Belyaeva and A.~Berdnikov and Ya.~Berdnikov and A.~Berezhnoy and A.~Berngardt and Yu.~Bespalov and V.~Bleko and L.~Bliznyuk and D.~Bogoslovskii and A.~Boiko and A.~Boikov and M.~Bolsunovskya and E.~Boos and V.~Borisov and V.~Borsch and D.~Budkouski and S.~Bulanova and O.~Bulekov and V.~Bunichev and N.~Burtebayev and D.~Bychanok and A.~Casanova and G.~Cesar and D.~Chemezov and A.~Chepurnov and L.~Chen and V.~Chmill and A.~Chukanov and A.~Chuzo and A.~Danilyuk and A.~Datta and D.~Dedovich and M.~Demichev and G.~Deng and I.~Denisenko and O.~Denisov and T.~Derbysheva and D.~Derkach and A.~Didorenko and M.-O.~Dima and A.~Doinikov and S.~Doronin and V.~Dronik and F.~Dubinin and V.~Dunin and A.~Durum and A.~Egorov and R.~El-Kholy and T.~Enik and D.~Ermak and D.~Erofeev and A.~Erokhin and D.~Ezhov and O.~Fedin and Ju.~Fedotova and G.~Feofilov and Yu.~Filatov and S.~Filimonov and V.~Frolov and K.~Galaktionov and A.~Galoyan and A.~Garkun and O.~Gavrishchuk and S.~Gerasimov and S.~Gerassimov and M.~Gilts and L.~Gladilin and G.~Golovanov and S.~Golovnya and V.~Golovtsov and A.~Golubev and S.~Golubykh and P.~Goncharov and A.~Gongadze and N.~Greben and A.~Gregoryev and D.~Gribkov and A.~Gridin and K.~Gritsay and D.~Gubachev and J.~Guo and Yu.~Gurchin and A.~Gurinovich and Yu.~Gurov and A.~Guskov and D.~Gutierrez and F.~Guzman and A.~Hakobyan and D.~Han and S.~Harkusha and Sh.~Hu and S.~Igolkin and A.~Isupov and A.~Ivanov and N.~Ivanov and V.~Ivantchenko and Sh.~Jin and S.~Kakurin and N.~Kalinichenko and Y.~Kambar and A.~Kantsyrev and I.~Kapitonov and V.~Karjavine and A.~Karpishkov and A.~Katcin and G.~Kekelidze and D.~Kereibay and S.~Khabarov and P.~Kharyuzov and H.~Khodzhibagiyan and E.~Kidanov and E.~Kidanova and V.~Kim and A.~Kiryanov and I.~Kishchin and E.~Kokoulina and A.~Kolbasin and V.~Komarov and A.~Konak and Yu.~Kopylov and M.~Korjik and M.~Korotkov and D.~Korovkin and A.~Korzenev and B.~Kostenko and A.~Kotova and A.~Kotzinian and V.~Kovalenko and N.~Kovyazina and M.~Kozhin and A.~Kraeva and V.~Kramarenko and A.~Kremnev and U.~Kruchonak and A.~Kubankin and O.~Kuchinskaia and Yu.~Kulchitsky and S.~Kuleshov and A.~Kulikov and V.~Kulikov and V.~Kurbatov and Zh.~Kurmanaliev and Yu.~Kurochkin and S.~Kutuzov and E.~Kuznetsova and I.~Kuyanov and E.~Ladygin and V.~Ladygin and D.~Larionova and V.~Lebedev and M.~Levchuk and P.~Li and X.~Li and Y.~Li and A.~Livanov and R.~Lednicki and A.~Lobanov and A.~Lobko and K.~Loshmanova and S.~Lukashevich and E.~Luschevskaya and A.~L'vov I.~Lyashko and V.~Lysan and V.~Lyubovitskij and D.~Madigozhin and V.~Makarenko and N.~Makarov and R.~Makhmanazarov and V.~Maleev and D.~Maletic and A.~Malinin and A.~Maltsev and N.~Maltsev and A.~Malkhasyan and M.~Malyshev and O.~Mamoutova and A.~Manakonov and A.~Marova and M.~Merkin and I.~Meshkov and V.~Metchinsky and O.~Minko and Yu.~Mitrankov and M.~Mitrankova and A.~Mkrtchyan and H.~Mkrtchyan and R.~Mohamed and S.~Morozova and A.~Morozikhin and E.~Mosolova and V.~Mossolov and S.~Movchan and Y.~Mukhamejanov and A.~Mukhamejanova and E.~Muzyaev and D.~Myktybekov and S.~Nagorniy and M.~Nassurlla and P.~Nechaeva and M.~Negodaev and V.~Nesterov and M.~Nevmerzhitsky and G.~Nigmatkulov and D.~Nikiforov and V.~Nikitin and A.~Nikolaev and D.~Oleynik and V.~Onuchin and I.~Orlov and A.~Orlova and G.~Ososkov and D.~Panzieri and B.~Parsamyan and P.~Pavzderin and V.~Pavlov and M.~Pedraza and V.~Perelygin and D.~Peshkov and A.~Petrosyan and M.~Petrov and V.~Petrov and K.~Petrukhin and A.~Piskun and S.~Pivovarov and I.~Polishchuk and P.~Polozov and V.~Polyanskii and A.~Ponomarev and V.~Popov and V.~Popov and S.~Popovich and D.~Prokhorova and N.~Prokofiev and F.~Prokoshin and A.~Puchkov and I.~Pudin and E.~Pyata and F.~Ratnikov and V.~Rasin and V.~Red'kov and A.~Reshetin and S.~Reznikov and N.~Rogacheva and S.~Romakhov and A.~Rouba and V.~Rudnev and V.~Rusinov and D.~Rusov and V.~Ryltsov and N.~Saduyev and A.~Safonov and S.~Sakhiyev and K.~Salamatin and V.~Saleev and A.~Samartsev and E.~Samigullin and O.~Samoylov and E.~Saprunov and A.~Savenkov and A.~Seleznev and A.~Semak and D.~Senkov and A.~Sergeev and L.~Seryogin and S.~Seryubin and A.~Shabanov and A.~Shahinyan and A.~Shavrin and I.~Shein and A.~Sheremeteva and V.~Shevchenko and K.~Shilyaev and S.~Shimansky and S.~Shinbulatov and F.~Shipilov and A.~Shipilova and S.~Shkarovskiy and D.~Shoukovy and K.~Shpakov and I.~Shreyber and K.~Shtejer and R.~Shulyakovsky and A.~Shunko and S.~Sinelshchikova and A.~Skachkova and A.~Skalnenkov and A.~Smirnov and S.~Smirnov and A.~Snesarev and A.~Solin and A.~Solin jr.~and E.~Soldatov and V.~Solovtsov and J.~Song and D.~Sosnov and A.~Stavinskiy and D.~Stekacheva and E.~Streletskaya and M.~Strikhanov and O.~Suarez and A.~Sukhikh and S.~Sukhovarov and V.~Sulin and R.~Sultanov and P.~Sun and D.~Svirida and E.~Syresin and V.~Tadevosyan and O.~Tarasov and E.~Tarkovsky and V.~Tchekhovsky and E.~Tcherniaev and A.~Terekhin and A.~Terkulov and V.~Tereshchenko and O.~Teryaev and P.~Teterin and A.~Tishevsky and V.~Tokmenin and N.~Topilin and P.~Tsiareshka and A.~Tumasyan and G.~Tyumenkov and E.~Usenko and L.~Uvarov and V.~Uzhinsky and Yu.~Uzikov and F.~Valiev and E.~Vasilieva and A.~Vasyukov and V.~Vechernin and A.~Verkheev and L.~Vertogradov and Yu.~Vertogradova and R.~Vidal and N.~Voitishin and I.~Volkov and P.~Volkov and A.~Vorobyov and H.~Voskanyan and H.~Wang and Y.~Wang and T.~Xu and A.~Yanovich and I.~Yeletskikh and N.~Yerezhep and S.~Yurchenko and A.~Zakharov and N.~Zamiatin and J.~Zamora-Saá and A.~Zarochentsev and A.~Zelenov and E.~Zemlyanichkina and M.~Zhabitsky and J.~Zhang and Zh.~Zhang and A.~Zhemchugov and V.~Zherebchevsky and A.~Zhevlakov and N.~Zhigareva and J.~Zhou and X.~Zhuang and I.~Zhukov and N.~Zhuravlev and A.~Zinin and S.~Zmeev and D.~Zolotykh and E.~Zubarev and A.~Zvyagina}, title = {{T}echnical {D}esign {R}eport of the {S}pin {P}hysics {D}etector at {NICA}}, year = {2024}, eprint = {2404.08317}, note = {arXiv:2404.08317v2} }
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The Spin Physics Detector collaboration proposes to install a universal detector in the second interaction point of the NICA collider under construction (JINR, Dubna) to study the spin structure of the proton and deuteron and other spin-related phenomena using a unique possibility to operate with polarized proton and deuteron beams at a collision energy up to 27 GeV and a luminosity up to $10^{32}$ cm$^{-2}$ s$^{-1}$. As the main goal, the experiment aims to provide access to the gluon TMD PDFs in the proton and deuteron, as well as the gluon transversity distribution and tensor PDFs in the deuteron, via the measurement of specific single and double spin asymmetries using different complementary probes such as charmonia, open charm, and prompt photon production processes. Other polarized and unpolarized physics is possible, especially at the first stage of NICA operation with reduced luminosity and collision energy of the proton and ion beams. This document is dedicated exclusively to technical issues of the SPD setup construction.
Conceptual design of the Spin Physics Detector
V.M. Abazov, V. Abramov, L.G. Afanasyev, R.R. Akhunzyanov, A.V. Akindinov, N. Akopov, I. G. Alekseev, A.M. Aleshko, V.Yu. Alexakhin, G.D. Alexeev, M. Alexeev, A. Amoroso, I.V. Anikin, V.F. Andreev, V.A. Anosov, A.B. Arbuzov, N.I. Azorskiy, A.A. Baldin, V.V. Balandina, E.G. Baldina, et al (275)
Feb 02 2021 hep-ex physics.ins-det arXiv:2102.00442v3

@misc{2102.00442, author = {V.M.~Abazov and V.~Abramov and L.G.~Afanasyev and R.R.~Akhunzyanov and A.V.~Akindinov and N.~Akopov and I.~G.~Alekseev and A.M.~Aleshko and V.Yu.~Alexakhin and G.D.~Alexeev and M.~Alexeev and A.~Amoroso and I.V.~Anikin and V.F.~Andreev and V.A.~Anosov and A.B.~Arbuzov and N.I.~Azorskiy and A.A.~Baldin and V.V.~Balandina and E.G.~Baldina and M.Yu.~Barabanov and S.G.~Barsov and V.A.~Baskov and A.N.~Beloborodov and I.N.~Belov and A.P.~Belova and A.V.~Belyaev and A.Ya.~Berdnikov and Ya.A.~Berdnikov and A.V.~Berezhnoy and V.V.~Bleko and A.V.~Bobkov and D.N.~Bogoslovsky and I.N.~Boguslavsky and E.V.~Boltushkin and E.E.~Boos and V.E.~Burtsev and Lei Chen and A.S.~Chepurnov and M.~Chiosso and A.~Chumakov and O.D.~Dalkarov and A.~Datta and E.I.~Demikhov and I.I.~Denisenko and O.Yu.~Denisov and V.N.~Duginov and V.B.~Dunin and K.~Dygnarowicz and A.V.~Efremov and R.~El-Kholy and D.A.~Eliseev and T.L.~Enik and O.L.~Fedin and G.A.~Feofilov and Yu.N.~Filatov and M.~Finger and M.~Finger and V.N.~Frolov and G.~Galinski and A.S.~Galoyan and C.E Garsia Trapaga and O.P.~Gavrishchuk and S.G.~Gerasimov and L.~Glonti and S.V.~Goloskokov and G.A.~Golovanov and A.A.~Golubev and Golubykh S.M.~and Goncharov P.V.~and Grafov N.O.~and Gribkov D.Y.~and A.S.~Gribovsky and A.O.~Gridin and B.V.~Grinyov and K.I.~Gritsay and S.A.~Gromov and V.A.~Gromov and Yu.V.~Gurchin and Yu.V.~Gusakov and A.V.~Guskov and F.~Guzman and J.~Haidenbauer and M.~Havranek and A.V.~Ivanov and N.Ya.~Ivanov and A.Yu.~Isupov and V.~Jary and Shi-Hai Jia and D.~Jokovic and A.~Kaplii and A.V.~Karpishkov and E.A.~Kasianova and G.D.~Kekelidze and S.V.~Khabarov and P.R.~Kharusov and A.N.~Khrenov and V.T.~Kim and N.V.~Kirichkov and D.Yu.~Kirin and I.~Kishchin and A.~Klekotko and Ya.~Klopot and A.~Kluev and E.S.~Kokoulina and V.I.~Komarov and A.M.~Kondratenko and M.A.~Kondratenko and I.~Konorov and Yu.A.~Kopylov and M.V.~Korjik and P.S.~Korovkin and A.~Yu.~Korzenev and E.V.~Kostukov and A.~Kotzinian and A.D.~Kovalenko and V.N.~Kovalenko and Kozhin M.A.~and V.A.~Kramarenko and V.N.~Kruglov and A.~Kubankin and Yu.~Kubankin and S.~Kuleshov and V.E.~Kovtun and A.V.~Kulikov and V.S.~Kurbatov and R.~Kurjata and S.A.~Kutuzov and E.V.~Kuznetsova and E.A.~Ladygin and V.P.~Ladygin and D.M.~Larionova and D.~Lednicky and R.~Lednicky and Pei-Yu Li and Xiao-Mei Li and A.S.~Lobko and E.~Luschevskaya and A.I.~L'vov and V.N.~Lyashchenko and V.M.~Lysan and V.~Lyubovitskij and A.~Maggiora and V.P.~Maleev and A.~Maltsev and T.V.~Malykhina and A.M.~Makankin and V.V.~Makarenko and D.~Maletic and D.B.~Malkevich and M.~Marcisovsky and E.V.~Martovitsky and J.~Marzec and M.M.~Merkin and G.V.~Meshcheriakov and Yu.M.~Mitrankov and M.M.~Mitrankova and E.O.~Mitrofanov and B.~Morozov and I.V.~Moshkovsky and A.~Movsisyan and S.N.~Nagorniy and P.Yu.~Nechaeva and M.A.~Nefedov and Yu.A.~Nefedov and M.A.~Negodaev and G.~Neue and D.N.~Nikiforov and V.A.~Nikitin and A.S.~Nikolaev and D.A.~Oleynik and G.A.~Ososkov and D.~Panzieri and B.~Parsamyan and S.S.~Parzhitsky and G.~Pastuszak and V.V.~Pavlov and A.A.~Pavlova and I.S.~Pelevanyuk and E.E.~Perepelkin and D.V.~Peshekhonov and A.Sh.~Petrosyan and A.A.~Piskun and V.V.~Plotnikov and D.V.~Podgainy and P.~Polozov and R.V.~Polyakova and V.V.~Polyansky and V.V.~Popov and J.~Popule and I.~Prochazka and I.K.~Prokhorov and S.N.~Reva and S.G.~Reznikov and E.P.~Rezvaya and J.-M.~Richard and O.V.~Rogachevsky and V.M.~Romanov and A.I.~Rudenko and M.A.~Rumyantsev and V.~Rusinov and N.A.~Rybakov and A.~Rychter and A.~Rymbekova and A.B.~Safonov and K.M.~Salamatin and V.A.~Saleev and A.G.~Samartsev and A.A.~Savenkov and M.~Savic and A.A.~Semak and V.N.~Shaikovsky and A.A.~Shavrin and A.I.~Sheremeteva and S.S.~Shimanskii and A.V.~Shipilova and K.~Shtejer and R.~Shulyakovsky and A.A.~Sinitsa and N.B.~Skachkov and A.N.~Skachkova and M.~Slunecka and V.~Sluneckova and A.A.~Solin and A.V.~Solin and Jin-Xin Song and V.V.~Sotnikov and Peng-Fei Sun and S.Yu.~Starikova and A.V.~Stavinskiy and E.A.~Streletskaya and M.~Strikman and D.~Strusik-Kotlozh and S.I.~Suchkov and R.I.~Sultanov and Hao Sun and D.N.~Svirida and O.G.~Tarasov and E.I.~Tarkovskyi and A.~Temerbayev and A.A.~Terekhin and Tereschenko V.V.~and Terkulov A.R.~and Teryaev O.V.~and Tishevsky A.V.~and Tkachenko A.V.~and A.A.~V.V.~Tokmenin and L.~Tomasek and E.~Tomasi-Gustafsson and N.P.~Topchiev and N.D.~Topilin and B.L.~Topko and F.~Tosello and A.~Trifonov and Yu.A.~Troyan.~and N.O.~Trunov and R.~Tsenov and E.A.~Usenko and V.V.~Uzhinsky and Yu.N.~Uzikov and F.F.~Valiev and E.V.~Vasilieva and V.V.~Vechernin and A.Yu.~Verkheev and L.S.~Vertogradov and Yu.L.~Vertogradova and V.A.~Vesenkov and M.~Virius and N.I.~Volchansky and I.S.~Volkov and P.V.~Volkov and A.~Vorobiev and V.~Vrba and Qian Wang and I.P.~Yudin and J.~Zamora and N.I.~Zamyatin and K.~Zaremba and A.V.~Zelenov and E.V.~Zemlyanichkina and Yun-Yu Zhang and Jun-Wei Zhang and Ming-Rui Zhao and Qiang Zhao and Yu Zhi and A.S.~Zhemchugov and A.~Zhevlakov and N.M.~Zhigareva and P.N.~Zhmurin and I.A.~Zhukov and N.I Zhuravlev.~and M.~Ziembicki and A.V.~Zinin and E.V.~Zubarev and M.I.~Zuev}, title = {{C}onceptual design of the {S}pin {P}hysics {D}etector}, year = {2021}, eprint = {2102.00442}, note = {arXiv:2102.00442v3} }
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The Spin Physics Detector, a universal facility for studying the nucleon spin structure and other spin-related phenomena with polarized proton and deuteron beams, is proposed to be placed in one of the two interaction points of the NICA collider that is under construction at the Joint Institute for Nuclear Research (Dubna, Russia). At the heart of the project there is huge experience with polarized beams at JINR. The main objective of the proposed experiment is the comprehensive study of the unpolarized and polarized gluon content of the nucleon. Spin measurements at the Spin Physics Detector at the NICA collider have bright perspectives to make a unique contribution and challenge our understanding of the spin structure of the nucleon. In this document the Conceptual Design of the Spin Physics Detector is presented.
Letter of Interest for a Neutrino Beam from Protvino to KM3NeT/ORCA
A. V. Akindinov, E. G. Anassontzis, G. Anton, M. Ardid, J. Aublin, B. Baret, V. Bertin, S. Bourret, C. Bozza, M. Bruchner, R. Bruijn, J. Brunner, M. Chabab, N. Chau, A. S. Chepurnov, M. Colomer Molla, P. Coyle, A. Creusot, G. de Wasseige, A. Domi, et al (71)
Feb 19 2019 physics.ins-det hep-ex arXiv:1902.06083v3

@misc{1902.06083, author = {A.~V.~Akindinov and E.~G.~Anassontzis and G.~Anton and M.~Ardid and J.~Aublin and B.~Baret and V.~Bertin and S.~Bourret and C.~Bozza and M.~Bruchner and R.~Bruijn and J.~Brunner and M.~Chabab and N.~Chau and A.~S.~Chepurnov and M.~Colomer Molla and P.~Coyle and A.~Creusot and G.~de Wasseige and A.~Domi and C.~Donzaud and T.~Eberl and A.~Enzenhöfer and M.~Faifman and M.~D.~Filipović and L.~Fusco and V.~I.~Garkusha and T.~Gal and S.~R.~Gozzini and K.~Graf and T.~Grégoire and G.~Grella and S.~Hallmann and A.~Heijboer and J.~J.~Hernández-Rey and J.~Hofestädt and S.~V.~Ivanov and C.~W.~James and M.~de Jong and P.~de Jong and P.~Kalaczyński and I.~D.~Kakorin and U.~F.~Katz and N.~R.~Khan Chowdhury and M.~M.~Kirsanov and A.~Kouchner and V.~Kulikovskiy and K.~S.~Kuzmin and R.~Le Breton and O.~P.~Lebedev and M.~Lincetto and E.~Litvinovich and D.~Lopez-Coto and C.~Markou and A.~V.~Maximov and K.~W.~Melis and R.~Muller and V.~A.~Naumov and S.~Navas and L.~Nauta and C.~Nielsen and F.~N.~Novoskoltsev and B.~Ó Fearraigh and M.~Organokov and G.~Papalashvili and M.~Perrin-Terrin and C.~Poirè and T.~Pradier and L.~Quinn and D.~F.~E.~Samtleben and M.~Sanguineti and J.~Seneca and R.~Shanidze and E.~V.~Shirokov and A.~Sinopoulou and R.~Yu.~Sinyukov and M.~D.~Skorokhvatov and I.~Sokalski and A.~A.~Sokolov and B.~Spisso and S.~M.~Stellacci and B.~Strandberg and M.~Taiuti and T.~Thakore and E.~Tzamariudaki and V.~Van Elewyck and E.~de Wolf and D.~Zaborov and A.~M.~Zaitsev and J.~D.~Zornoza and J.~Zúñiga}, title = {{L}etter of {I}nterest for a {N}eutrino {B}eam from {P}rotvino to {KM}3{N}e{T}/{ORCA}}, year = {2019}, eprint = {1902.06083}, note = {arXiv:1902.06083v3} }
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The Protvino accelerator facility located in the Moscow region, Russia, is in a good position to offer a rich experimental research program in the field of neutrino physics. Of particular interest is the possibility to direct a neutrino beam from Protvino towards the KM3NeT/ORCA detector, which is currently under construction in the Mediterranean Sea 40 km offshore Toulon, France. This proposal is known as P2O. Thanks to its baseline of 2595 km, this experiment would yield an unparalleled sensitivity to matter effects in the Earth, allowing for the determination of the neutrino mass ordering with a high level of certainty after only a few years of running at a modest beam intensity of $\approx$ 90 kW. With a prolonged exposure ($\approx$ 1500 kW*yr), a 2$\sigma$ sensitivity to the leptonic CP-violating Dirac phase can be achieved. A second stage of the experiment, comprising a further intensity upgrade of the accelerator complex and a densified version of the ORCA detector (Super-ORCA), would allow for up to a 6$\sigma$ sensitivity to CP violation and a 10$^\circ$-17$^\circ$ resolution on the CP phase after 10 years of running with a 450 kW beam, competitive with other planned experiments. The initial composition and energy spectrum of the neutrino beam would need to be monitored by a near detector, to be constructed several hundred meters downstream from the proton beam target. The same neutrino beam and near detector set-up would also allow for neutrino-nucleus cross section measurements to be performed. A short-baseline sterile neutrino search experiment would also be possible.
Two-phase xenon emission detector with electron multiplier and optical readout by multipixel avalanche Geiger photodiodes
D.Yu. Akimov, A.V. Akindinov, I.S. Alexandrov, V.A. Belov, A.I. Bolozdynya, A.A. Burenkov, A.F. Buzulutskov, M.V. Danilov, Yu. V. Efremenko, M.A. Kirsanov, A.G. Kovalenko, V.N. Stekhanov
Apr 01 2013 physics.ins-det hep-ex arXiv:1303.7338v3

@misc{1303.7338, author = {D.Yu.~Akimov and A.V.~Akindinov and I.S.~Alexandrov and V.A.~Belov and A.I.~Bolozdynya and A.A.~Burenkov and A.F.~Buzulutskov and M.V.~Danilov and Yu.~V.~Efremenko and M.A.~Kirsanov and A.G.~Kovalenko and V.N.~Stekhanov}, title = {{T}wo-phase xenon emission detector with electron multiplier and optical readout by multipixel avalanche {G}eiger photodiodes}, year = {2013}, eprint = {1303.7338}, howpublished = {JINST 2013}, note = {arXiv:1303.7338v3} }
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A successful operation of a new optical readout system (THGEM + WLS + MGPDs (multichannel array of multipixel avalanche Geiger photodiodes) in a two-phase liquid xenon detector was demonstrated.
Probing of compact baryonic configurations in nuclei in $A(p,{\bar p})X$ reactions and antiproton formation length in nuclear matter
Yu. T. Kiselev, V. A. Sheinkman, A. V. Akindinov, M. M. Chumakov, A. N. Martemyanov, V. A. Smirnitsky, Yu. V. Terekhov, E. Ya. Paryev
Apr 13 2012 nucl-ex hep-ex arXiv:1204.2669v2

@misc{1204.2669, author = {Yu.~T.~Kiselev and V.~A.~Sheinkman and A.~V.~Akindinov and M.~M.~Chumakov and A.~N.~Martemyanov and V.~A.~Smirnitsky and Yu.~V.~Terekhov and E.~Ya.~Paryev}, title = {{P}robing of compact baryonic configurations in nuclei in ${A}(p,{\bar p}){X}$ reactions and antiproton formation length in nuclear matter}, year = {2012}, eprint = {1204.2669}, howpublished = {Phys.Rev.C85:054904,2012}, note = {arXiv:1204.2669v2} }
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Inclusive cross sections $\sigma^A=Ed^3{\sigma(X,P_t^2)/d^3p}$ of antiproton and negative pion production on Be, Al, Cu and Ta targets hit by 10 GeV protons were measured at the laboratory angles of 10.5$^{\circ}$ and 59$^{\circ}$. Antiproton cross sections were obtained in both kinematically allowed and kinematically forbidden regions for antiproton production on a free nucleon. The antiproton cross section ratio as a function of the longitudinal variable $X$ exhibits three separate plateaus which gives evidence for the existence of compact baryon configurations in nuclei-small-distance scaled objects of nuclear structure. Comparability of the measured cross section ratios with those obtained in the inclusive electron scattering off nuclei suggests a weak antiproton absorption in nuclei. Observed behavior of the cross section ratios is interpreted in the framework of a model considering the hadron production as a fragmentation of quarks (antiquarks) into hadrons. It has been established that the antiproton formation length in nuclear matter can reach the magnitude of 4.5 fm.
Inclusive J/psi production in pp collisions at sqrt(s) = 2.76 TeV
ALICE Collaboration, B. Abelev, J. Adam, D. Adamova, A.M. Adare, M.M. Aggarwal, G. Aglieri Rinella, A.G. Agocs, A. Agostinelli, S. Aguilar Salazar, Z. Ahammed, A. Ahmad Masoodi, N. Ahmad, S.U. Ahn, A. Akindinov, D. Aleksandrov, B. Alessandro, R. Alfaro Molina, A. Alici, A. Alkin, et al (953)
Mar 19 2012 hep-ex arXiv:1203.3641v2

@misc{1203.3641, author = {ALICE Collaboration and B.~Abelev and J.~Adam and D.~Adamova and A.M.~Adare and M.M.~Aggarwal and G.~Aglieri Rinella and A.G.~Agocs and A.~Agostinelli and S.~Aguilar Salazar and Z.~Ahammed and A.~Ahmad Masoodi and N.~Ahmad and S.U.~Ahn and A.~Akindinov and D.~Aleksandrov and B.~Alessandro and R.~Alfaro Molina and A.~Alici and A.~Alkin and E.~Almaraz Avina and J.~Alme and T.~Alt and V.~Altini and S.~Altinpinar and I.~Altsybeev and C.~Andrei and A.~Andronic and V.~Anguelov and J.~Anielski and C.~Anson and T.~Anticic and F.~Antinori and P.~Antonioli and L.~Aphecetche and H.~Appelshauser and N.~Arbor and S.~Arcelli and A.~Arend and N.~Armesto and R.~Arnaldi and T.~Aronsson and I.C.~Arsene and M.~Arslandok and A.~Asryan and A.~Augustinus and R.~Averbeck and T.C.~Awes and J.~Aysto and M.D.~Azmi and M.~Bach and A.~Badala and Y.W.~Baek and R.~Bailhache and R.~Bala and R.~Baldini Ferroli and A.~Baldisseri and A.~Baldit and F.~Baltasar Dos Santos Pedrosa and J.~Ban and 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S.~Bufalino and K.~Bugaiev and O.~Busch and Z.~Buthelezi and D.~Caballero Orduna and D.~Caffarri and X.~Cai and H.~Caines and E.~Calvo Villar and P.~Camerini and V.~Canoa Roman and G.~Cara Romeo and W.~Carena and F.~Carena and N.~Carlin Filho and F.~Carminati and C.A.~Carrillo Montoya and A.~Casanova Diaz and J.~Castillo Castellanos and J.F.~Castillo Hernandez and E.A.R.~Casula and V.~Catanescu and C.~Cavicchioli and J.~Cepila and P.~Cerello and B.~Chang and S.~Chapeland and J.L.~Charvet and S.~Chattopadhyay and S.~Chattopadhyay and I.~Chawla and M.~Cherney and C.~Cheshkov and B.~Cheynis and E.~Chiavassa and V.~Chibante Barroso and D.D.~Chinellato and P.~Chochula and M.~Chojnacki and P.~Christakoglou and C.H.~Christensen and P.~Christiansen and T.~Chujo and S.U.~Chung and C.~Cicalo and L.~Cifarelli and F.~Cindolo and J.~Cleymans and F.~Coccetti and F.~Colamaria and D.~Colella and G.~Conesa Balbastre and Z.~Conesa del Valle and P.~Constantin and G.~Contin and J.G.~Contreras and T.M.~Cormier and Y.~Corrales Morales and P.~Cortese and I.~Cortes Maldonado and M.R.~Cosentino and F.~Costa and M.E.~Cotallo and E.~Crescio and P.~Crochet and E.~Cruz Alaniz and E.~Cuautle and L.~Cunqueiro and A.~Dainese and H.H.~Dalsgaard and A.~Danu and K.~Das and I.~Das and D.~Das and A.~Dash and S.~Dash and S.~De and G.O.V.~de Barros and A.~De Caro and G.~de Cataldo and J.~de Cuveland and A.~De Falco and D.~De Gruttola and H.~Delagrange and E.~Del Castillo Sanchez and A.~Deloff and V.~Demanov and N.~De Marco and E.~Denes and S.~De Pasquale and A.~Deppman and G.~D Erasmo and R.~de Rooij and M.A.~Diaz Corchero and D.~Di Bari and T.~Dietel and C.~Di Giglio and S.~Di Liberto and A.~Di Mauro and P.~Di Nezza and R.~Divia and O.~Djuvsland and A.~Dobrin and T.~Dobrowolski and I.~Dominguez and B.~Donigus and O.~Dordic and O.~Driga and A.K.~Dubey and L.~Ducroux and P.~Dupieux and A.K.~Dutta Majumdar and M.R.~Dutta Majumdar and D.~Elia and D.~Emschermann and H.~Engel and H.A.~Erdal and B.~Espagnon and M.~Estienne and S.~Esumi and D.~Evans and G.~Eyyubova and D.~Fabris and J.~Faivre and D.~Falchieri and A.~Fantoni and M.~Fasel and R.~Fearick and A.~Fedunov and D.~Fehlker and L.~Feldkamp and D.~Felea and G.~Feofilov and A.~Fernandez Tellez and E.G.~Ferreiro and A.~Ferretti and R.~Ferretti and J.~Figiel and M.A.S.~Figueredo and S.~Filchagin and D.~Finogeev and F.M.~Fionda and E.M.~Fiore and M.~Floris and S.~Foertsch and P.~Foka and S.~Fokin and E.~Fragiacomo and M.~Fragkiadakis and U.~Frankenfeld and U.~Fuchs and C.~Furget and M.~Fusco Girard and J.J.~Gaardhoje and M.~Gagliardi and A.~Gago and M.~Gallio and D.R.~Gangadharan and P.~Ganoti and C.~Garabatos and E.~Garcia-Solis and I.~Garishvili and J.~Gerhard and M.~Germain and C.~Geuna and A.~Gheata and M.~Gheata and B.~Ghidini and P.~Ghosh and P.~Gianotti and M.R.~Girard and P.~Giubellino and E.~Gladysz-Dziadus and P.~Glassel and R.~Gomez and L.H.~Gonzalez-Trueba and P.~Gonzalez-Zamora and S.~Gorbunov and A.~Goswami and S.~Gotovac and V.~Grabski and L.K.~Graczykowski and R.~Grajcarek and A.~Grelli and A.~Grigoras and C.~Grigoras and V.~Grigoriev and A.~Grigoryan and S.~Grigoryan and B.~Grinyov and N.~Grion and P.~Gros and J.F.~Grosse-Oetringhaus and J.-Y.~Grossiord and R.~Grosso and F.~Guber and R.~Guernane and C.~Guerra Gutierrez and B.~Guerzoni and M.Guilbaud and K.~Gulbrandsen and T.~Gunji and A.~Gupta and R.~Gupta and H.~Gutbrod and O.~Haaland and C.~Hadjidakis and M.~Haiduc and H.~Hamagaki and G.~Hamar and B.H.~Han and L.D.~Hanratty and A.~Hansen and Z.~Harmanova and J.W.~Harris and M.~Hartig and D.~Hasegan and D.~Hatzifotiadou and A.~Hayrapetyan and S.T.~Heckel and M.~Heide and H.~Helstrup and A.~Herghelegiu and G.~Herrera Corral and N.~Herrmann and K.F.~Hetland and B.~Hicks and P.T.~Hille and B.~Hippolyte and T.~Horaguchi and Y.~Hori and P.~Hristov and I.~Hrivnacova and M.~Huang and S.~Huber and T.J.~Humanic and D.S.~Hwang and R.~Ichou and R.~Ilkaev and I.~Ilkiv and M.~Inaba and E.~Incani and G.M.~Innocenti and P.G.~Innocenti and M.~Ippolitov and M.~Irfan and C.~Ivan and V.~Ivanov and A.~Ivanov and M.~Ivanov and O.~Ivanytskyi and A.~Jacholkowski and P.~M.~Jacobs and L.~Jancurova and H.J.~Jang and S.~Jangal and M.A.~Janik and R.~Janik and P.H.S.Y.~Jayarathna and S.~Jena and R.T.~Jimenez Bustamante and L.~Jirden and P.G.~Jones and H.~Jung and A.~Jusko and A.B.~Kaidalov and V.~Kakoyan and S.~Kalcher and P.~Kalinak and M.~Kalisky and T.~Kalliokoski and A.~Kalweit and K.~Kanaki and J.H.~Kang and V.~Kaplin and A.~Karasu Uysal and O.~Karavichev and T.~Karavicheva and E.~Karpechev and A.~Kazantsev and U.~Kebschull and R.~Keidel and M.M.~Khan and S.A.~Khan and P.~Khan and A.~Khanzadeev and Y.~Kharlov and B.~Kileng and M.~Kim and J.S.~Kim and D.J.~Kim and T.~Kim and B.~Kim and S.~Kim and S.H.~Kim and D.W.~Kim and J.H.~Kim and S.~Kirsch and I.~Kisel and S.~Kiselev and A.~Kisiel and J.L.~Klay and J.~Klein and C.~Klein-Bosing and M.~Kliemant and A.~Kluge and M.L.~Knichel and A.G.~Knospe 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and V.R.~Loggins and V.~Loginov and S.~Lohn and D.~Lohner and C.~Loizides and K.K.~Loo and X.~Lopez and E.~Lopez Torres and G.~Lovhoiden and X.-G.~Lu and P.~Luettig and M.~Lunardon and J.~Luo and G.~Luparello and L.~Luquin and C.~Luzzi and K.~Ma and R.~Ma and D.M.~Madagodahettige-Don and A.~Maevskaya and M.~Mager and D.P.~Mahapatra and A.~Maire and M.~Malaev and I.~Maldonado Cervantes and L.~Malinina and D.~Mal'Kevich and P.~Malzacher and A.~Mamonov and L.~Manceau and L.~Mangotra and V.~Manko and F.~Manso and V.~Manzari and Y.~Mao and M.~Marchisone and J.~Mares and G.V.~Margagliotti and A.~Margotti and A.~Marin and C.A.~Marin Tobon and C.~Markert and I.~Martashvili and P.~Martinengo and M.I.~Martinez and A.~Martinez Davalos and G.~Martinez Garcia and Y.~Martynov and A.~Mas and S.~Masciocchi and M.~Masera and A.~Masoni and L.~Massacrier and M.~Mastromarco and A.~Mastroserio and Z.L.~Matthews and A.~Matyja and D.~Mayani and C.~Mayer and J.~Mazer and M.A.~Mazzoni and F.~Meddi and A.~Menchaca-Rocha and J.~Mercado Perez and M.~Meres and Y.~Miake and L.~Milano and J.~Milosevic and A.~Mischke and A.N.~Mishra and D.~Miskowiec and C.~Mitu and J.~Mlynarz and A.K.~Mohanty and B.~Mohanty and L.~Molnar and L.~Montano Zetina and M.~Monteno and E.~Montes and T.~Moon and M.~Morando and D.A.~Moreira De Godoy and S.~Moretto and A.~Morsch and V.~Muccifora and E.~Mudnic and S.~Muhuri and H.~Muller and M.G.~Munhoz and L.~Musa and A.~Musso and B.K.~Nandi and R.~Nania and E.~Nappi and C.~Nattrass and N.P.Naumov and S.~Navin and T.K.~Nayak and S.~Nazarenko and G.~Nazarov and A.~Nedosekin and M.~Nicassio and B.S.~Nielsen and T.~Niida and S.~Nikolaev and V.~Nikolic and V.~Nikulin and S.~Nikulin and B.S.~Nilsen and M.S.~Nilsson and F.~Noferini and P.~Nomokonov and G.~Nooren and N.~Novitzky and A.~Nyanin and A.~Nyatha and C.~Nygaard and J.~Nystrand and A.~Ochirov and H.~Oeschler and S.K.~Oh and S.~Oh and J.~Oleniacz and C.~Oppedisano and A.~Ortiz Velasquez and G.~Ortona and 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B.C.~Sinha and B.~Sitar and M.~Sitta and T.B.~Skaali and K.~Skjerdal and R.~Smakal and N.~Smirnov and R.J.M.~Snellings and C.~Sogaard and R.~Soltz and H.~Son and M.~Song and J.~Song and C.~Soos and F.~Soramel and I.~Sputowska and M.~Spyropoulou-Stassinaki and B.K.~Srivastava and J.~Stachel and I.~Stan and I.~Stan and G.~Stefanek and G.~Stefanini and T.~Steinbeck and M.~Steinpreis and E.~Stenlund and G.~Steyn and D.~Stocco and M.~Stolpovskiy and K.~Strabykin and P.~Strmen and A.A.P.~Suaide and M.A.~Subieta Vasquez and T.~Sugitate and C.~Suire and M.~Sukhorukov and R.~Sultanov and M.~Sumbera and T.~Susa and A.~Szanto de Toledo and I.~Szarka and A.~Szostak and C.~Tagridis and J.~Takahashi and J.D.~Tapia Takaki and A.~Tauro and G.~Tejeda Munoz and A.~Telesca and C.~Terrevoli and J.~Thader and D.~Thomas and R.~Tieulent and A.R.~Timmins and D.~Tlusty and A.~Toia and H.~Torii and L.~Toscano and F.~Tosello and D.~Truesdale and W.H.~Trzaska and T.~Tsuji and A.~Tumkin and R.~Turrisi and T.S.~Tveter and J.~Ulery and K.~Ullaland and J.~Ulrich and A.~Uras and J.~Urban and G.M.~Urciuoli and G.L.~Usai and M.~Vajzer and M.~Vala and L.~Valencia Palomo and S.~Vallero and N.~van der Kolk and P.~Vande Vyvre and M.~van Leeuwen and L.~Vannucci and A.~Vargas and R.~Varma and M.~Vasileiou and A.~Vasiliev and V.~Vechernin and M.~Veldhoen and M.~Venaruzzo and E.~Vercellin and S.~Vergara and D.C.~Vernekohl and R.~Vernet and M.~Verweij and L.~Vickovic and G.~Viesti and O.~Vikhlyantsev and Z.~Vilakazi and O.~Villalobos Baillie and A.~Vinogradov and Y.~Vinogradov and L.~Vinogradov and T.~Virgili and Y.P.~Viyogi and A.~Vodopyanov and S.~Voloshin and K.~Voloshin and G.~Volpe and B.~von Haller and D.~Vranic and J.~Vrlakova and B.~Vulpescu and A.~Vyushin and B.~Wagner and V.~Wagner and R.~Wan and Y.~Wang and D.~Wang and Y.~Wang and M.~Wang and K.~Watanabe and J.P.~Wessels and U.~Westerhoff and J.~Wiechula and J.~Wikne and M.~Wilde and G.~Wilk and A.~Wilk and M.C.S.~Williams and B.~Windelband and L.~Xaplanteris Karampatsos and H.~Yang and S.~Yang and S.~Yasnopolskiy and J.~Yi and Z.~Yin and H.~Yokoyama and I.-K.~Yoo and J.~Yoon and W.~Yu and X.~Yuan and I.~Yushmanov and C.~Zach and C.~Zampolli and S.~Zaporozhets and A.~Zarochentsev and P.~Zavada and N.~Zaviyalov and H.~Zbroszczyk and P.~Zelnicek and I.S.~Zgura and M.~Zhalov and X.~Zhang and D.~Zhou and Y.~Zhou and F.~Zhou and X.~Zhu and A.~Zichichi and A.~Zimmermann and G.~Zinovjev and Y.~Zoccarato and M.~Zynovyev}, title = {{I}nclusive {J}/psi production in pp collisions at sqrt(s) = 2.76 {T}e{V}}, year = {2012}, eprint = {1203.3641}, doi = {10.1103/PhysRevE.87.025001}, note = {arXiv:1203.3641v2} }
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The ALICE Collaboration has measured inclusive J/psi production in pp collisions at a center of mass energy sqrt(s)=2.76 TeV at the LHC. The results presented in this Letter refer to the rapidity ranges |y|<0.9 and 2.5<y<4 and have been obtained by measuring the electron and muon pair decay channels, respectively. The integrated luminosities for the two channels are L^e_int=1.1 nb^-1 and L^mu_int=19.9 nb^-1, and the corresponding signal statistics are N_J/psi^e+e-=59 +/- 14 and N_J/psi^mu+mu-=1364 +/- 53. We present dsigma_J/psi/dy for the two rapidity regions under study and, for the forward-y range, d^2sigma_J/psi/dydp_t in the transverse momentum domain 0<p_t<8 GeV/c. The results are compared with previously published results at sqrt(s)=7 TeV and with theoretical calculations.