F
Fatiha Benmokhtar
Researcher at Duquesne University
Publications - 167
Citations - 4424
Fatiha Benmokhtar is an academic researcher from Duquesne University. The author has contributed to research in topics: Nucleon & Scattering. The author has an hindex of 31, co-authored 132 publications receiving 3460 citations. Previous affiliations of Fatiha Benmokhtar include University of Maryland, College Park & Rutgers University.
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Journal ArticleDOI
Probing Cold Dense Nuclear Matter
R. Subedi,R. Shneor,P. Monaghan,B. D. Anderson,K. A. Aniol,Jrm Annand,John Arrington,H. Benaoum,H. Benaoum,Fatiha Benmokhtar,W. U. Boeglin,J. P. Chen,Seonho Choi,E. Cisbani,B. Craver,S. Frullani,F. Garibaldi,Shalev Gilad,Ronald Gilman,Ronald Gilman,O. Glamazdin,J. O. Hansen,Douglas Higinbotham,T. Holmstrom,H. F. Ibrahim,R. Igarashi,C. W. de Jager,E. Jans,X. Jiang,L. J. Kaufman,L. J. Kaufman,A. Kelleher,A. Kolarkar,G. J. Kumbartzki,J. LeRose,R. A. Lindgren,Nilanga Liyanage,D. J. Margaziotis,Pete Markowitz,S. Marrone,M. Mazouz,D. G. Meekins,R. Michaels,Bryan J. Moffit,C. F. Perdrisat,Eli Piasetzky,M. Potokar,V. A. Punjabi,Yujie Qiang,J. Reinhold,Guy Ron,G. Rosner,Arijit Saha,B. Sawatzky,B. Sawatzky,A. Shahinyan,Simon Širca,Karl Slifer,P. Solvignon,V. Sulkosky,G. M. Urciuoli,E. Voutier,J. W. Watson,Larry Weinstein,Bogdan Wojtsekhowski,S. A. Wood,X. Zheng,X. Zheng,X. Zheng,L. Zhu +69 more
TL;DR: Scattering experiments show that in carbon-12 the neutron-proton pairs are nearly 20 times as prevalent as proton- Proton pairs and, by inference, neutron-neutron pairs, which has implications for understanding cold dense nuclear systems such as neutron stars.
Posted Content
Science Requirements and Detector Concepts for the Electron-Ion Collider: EIC Yellow Report
R. Abdul Khalek,Alberto Accardi,Jaroslav Adam,D. Adamiak,W. Akers,Miguel Albaladejo,A. Al-bataineh,M.G. Alexeev,F. Ameli,Pietro Antonioli,Néstor Armesto,Whitney Armstrong,Miguel Arratia,J. Arrington,A. Asaturyan,M. Asai,E. C. Aschenauer,S. Aune,H. Avagyan,C. Ayerbe Gayoso,B. Azmoun,Alessandro Bacchetta,M. D. Baker,Francisco Geraldo Barbosa,L. Barion,K. N. Barish,Patrick Barry,M. Battaglieri,A. Bazilevsky,N. K. Behera,Fatiha Benmokhtar,V. V. Berdnikov,Jan C. Bernauer,V. Bertone,S. Bhattacharya,C. Bissolotti,Daniël Boer,Mariaelena Boglione,M. Bondì,P. Boora,Ignacio Borsa,F. Bossu,Giuseppe Bozzi,James Brandenburg,N. Brei,Andrea Bressan,William Brooks,S. Bufalino,Masroor H. S. Bukhari,Volker D. Burkert,N. H. Buttimore,Alexandre Camsonne,A. Celentano,Francesco Giovanni Celiberto,W. Chang,C. Chatterjee,K. Chen,T. Chetry,T. Chiarusi,Y. T. Chien,M. Chiosso,X. Chu,E. Chudakov,G. Cicala,E. Cisbani,Ian C. Cloët,C. Cocuzza,P. L. Cole,D. Colella,J. Collins,Martha Constantinou,M. Contalbrigo,Giacomo Contin,R. Corliss,Wim Cosyn,Aurore Courtoy,J. Crafts,R. Cruz-Torres,R. C. Cuevas,Umberto D'Alesio,S. Dalla Torre,D. Das,S.S. Dasgupta,C. L. Da Silva,Wouter Deconinck,Maxime Defurne,W. DeGraw,K. Dehmelt,A. Del Dotto,Filippo Delcarro,Abhay Deshpande,W. Detmold,R. De Vita,Markus Diefenthaler,C. Dilks,D. U. Dixit,Sayipjamal Dulat,Adrian Dumitru,R. Dupre,J. M. Durham,Miguel G. Echevarria,L. El Fassi,D. Elia,Rolf Ent,Roli Esha,Jacob J. Ethier,Olga Evdokimov,K. O. Eyser,C. Fanelli,R. Fatemi,S. Fazio,César Fernández-Ramírez,M. Finger,D. Fitzgerald,Carlo Flore,Tobias Frederico,Ivica Friščić,S. Fucini,Sergey Furletov,Yulia Furletova,C. Gal,Leonard Gamberg,H. Gao,P. Garg,D. Gaskell,K. Gates,Michael Gericke,Gustavo Gil Da Silveira,F. X. Girod,D. I. Glazier,Kondo Gnanvo,Victor P. Goncalves,L. Gonella,J. O. Gonzalez Hernandez,Y. Goto,F. Grancagnolo,Leo Clifford Greiner,W. Guryn,V. Guzey,Yoshitaka Hatta,M. Hattawy,F. Hauenstein,X. He,T. K. Hemmick,Or Hen,G. Heyes,Douglas Higinbotham,A. N. Hiller Blin,Timothy Hobbs,Marcus Hohlmann,Tanja Horn,T. J. Hou,J. Huang,Q. Huang,G. M. Huber,C. E. Hyde,G. Iakovidis,Yordanka Ilieva,B. V. Jacak,Peter Martin Jacobs,M. Jadhav,Z. Janoska,Alexander Jentsch,T. Jezo,X. Jing,P. G. Jones,K. Joo,S. Joosten,V. Kafka,N. Kalantarians,G. Kalicy,D. Kang,Zhong-Bo Kang,K. Kauder,S. Kay,C. E. Keppel,J. Kim,Alexander Kiselev,Michael Klasen,S. R. Klein,H. T. Klest,O. Korchak,A. Kostina,P. Kotko,Yuri V. Kovchegov,M. Krelina,Sergey Kuleshov,S. Kumano,K. S. Kumar,Ramandeep Kumar,Lokesh Kumar,Krešimir Kumerički,Aleksander Kusina,Krzysztof Kutak,Y. S. Lai,K. Lalwani,Tuomas Lappi,J. Lauret,M. Lavinsky,D. Lawrence,D. Lednicky,C. Lee,Kyle Lee,S. H. Lee,S. Levorato,H. Li,S. Li,W. Li,X. Li,W. B. Li,T. Ligonzo,H. Liu,M. X. Liu,Xiaohui Liu,Simonetta Liuti,Nilanga Liyanage,Cédric Lorcé,Z. Lu,Gonzalo Lucero,N. S. Lukow,E. Lunghi,R. D. Majka,Yiannis Makris,I. Mandjavidze,Sonny Mantry,Heikki Mäntysaari,Frank Marhauser,Pete Markowitz,L. Marsicano,A. Mastroserio,Vincent Mathieu,Yacine Mehtar-Tani,Wolodymyr Melnitchouk,Leticia Cunqueiro Mendez,Andreas Metz,Z. E. Meziani,C. Mezrag,M. Mihovilovic,Ross Milner,M. Mirazita,H. Mkrtchyan,A. Mkrtchyan,V. V. Mochalov,V. Moiseev,M. M. Mondal,A. Morreale,D. P. Morrison,L. Motyka,H. Moutarde,C. Munoz Camacho,Francesco Murgia,Michael Murray,P. Musico,Pawel Nadel-Turonski,Pavel M. Nadolsky,J. Nam,Paul Newman,D. Neyret,D. Nguyen,Emanuele R. Nocera,F. Noferini,F. Noto,A. S. Nunes,Vitaly Okorokov,F. I. Olness,J. D. Osborn,B. S. Page,S. Park,Ashley Parker,Kent Paschke,B. Pasquini,Hannu Paukkunen,S. Paul,C. Pecar,Ian L. Pegg,C. Pellegrino,C. Peng,Lubomir Pentchev,Roberto Perrino,F. Petriello,R. J. Petti,Alessandro Pilloni,C. Pinkenburg,Bernard Pire,Cristian Pisano,Daniel Pitonyak,A. A. Poblaguev,Tomas Polakovic,M. Posik,M. Potekhin,R. Preghenella,S. Preins,A. Prokudin,Prabhat Ranjan Pujahari,Martin Purschke,J.R. Pybus,Marco Radici,Renuka Rajput-Ghoshal,P. E. Reimer,Matteo Rinaldi,Felix Ringer,Craig D. Roberts,S. Rodini,Juan Rojo,D. Romanov,P. Rossi,Elena Santopinto,M. Sarsour,R. Sassot,N. Sato,Björn Schenke,W. B. Schmidke,I. Schmidt,Alexander Schmidt,B. Schmookler,G. Schnell,Peter Schweitzer,J. Schwiening,Ignazio Scimemi,Sergio Scopetta,Jorge Segovia,R. Seidl,Stephen Sekula,K. Semenov-Tian-Shanskiy,D. Y. Shao,N. Sherrill,E. P. Sichtermann,M. Siddikov,Andrea Signori,Brajesh K. Singh,Simon Širca,Karl Slifer,W. Slominski,D. Sokhan,W. E. Sondheim,Y. Song,O. Soto,Hubert Spiesberger,A. Stasto,P. Stepanov,George Sterman,J. R. Stevens,Iain W. Stewart,I. I. Strakovsky,Mark Strikman,M. Sturm,M. Stutzman,M. K. Sullivan,Bernd Surrow,P. Svihra,S. Syritsyn,Adam P. Szczepaniak,P. Sznajder,H. Szumila-Vance,L. Szymanowski,A. S. Tadepalli,J. D. Tapia Takaki,G. Tassielli,John Terry,F. Tessarotto,Kemal Tezgin,L. Tomášek,F. Torales Acosta,Prithwish Tribedy,A. Tricoli,Triloki,S. Tripathi,Richard Trotta,O. D. Tsai,Z. Tu,Cristina Tuve,T. Ullrich,M. Ungaro,G. M. Urciuoli,A. Valentini,P. Vancura,M. Vandenbroucke,C. B. Van Hulse,G. Varner,Raju Venugopalan,Ivan Vitev,Aleksey Vladimirov,G. Volpe,A. Vossen,E. Voutier,Jakub Wagner,S. Wallon,H. Wang,Q. Wang,X. Wang,S. Y. Wei,Christian Weiss,T. Wenaus,H. Wennlöf,N. Wickramaarachchi,A. Wikramanayake,D. Winney,C. P. Wong,C. L. Woody,L. Xia,Bo-Wen Xiao,J. Xie,H. Xing,Q. H. Xu,Jie Zhang,S. Zhang,Z. Zhang,Z. W. Zhao,Y. X. Zhao,L. Zheng,Y. Zhou,Pia Zurita +411 more
TL;DR: The physics case, the resulting detector requirements, and the evolving detector concepts for the experimental program at the Electron-Ion Collider are described, providing the basis for a world-class experimental program that aims to increase the understanding of the fundamental structure of all visible matter.
Journal ArticleDOI
Recoil Polarization Measurements of the Proton Electromagnetic Form Factor Ratio to Q^2 = 8.5 GeV^2
A. J. R. Puckett,E. J. Brash,E. J. Brash,M. K. Jones,W. Luo,M. Meziane,L. Pentchev,C. F. Perdrisat,V. A. Punjabi,F. R. Wesselmann,A. Ahmidouch,I. Albayrak,K. A. Aniol,John Arrington,A. Asaturyan,H. Baghdasaryan,Fatiha Benmokhtar,William Bertozzi,L. Bimbot,P. Bosted,W. U. Boeglin,C. Butuceanu,P. Carter,S. P. Chernenko,E. Christy,M. Commisso,J. C. Cornejo,S. Covrig,S. Danagoulian,A. Daniel,A. Davidenko,Donal Day,S. Dhamija,Dipangkar Dutta,Rolf Ent,S. Frullani,H. C. Fenker,Emil Frlez,F. Garibaldi,D. Gaskell,Shalev Gilad,Ronald Gilman,Y. Goncharenko,K. Hafidi,David Hamilton,Douglas Higinbotham,W. Hinton,T. Horn,B. Hu,J. Huang,G. M. Huber,E. Jensen,C. E. Keppel,M. Khandaker,P. M. King,D. Kirillov,Michael Kohl,V. Kravtsov,G. Kumbartzki,Y. Li,V. Mamyan,D. J. Margaziotis,A. Marsh,Y. Matulenko,James Maxwell,G. Mbianda,D. G. Meekins,Yu.M. Mel'nik,James A. Miller,A. Mkrtchyan,H. Mkrtchyan,B. Moffit,O. Moreno,J. Mulholland,Amrendra Narayan,S. Nedev,Nuruzzaman,E. Piasetzky,W. Pierce,N. M. Piskunov,Y. Prok,Ronald Ransome,D. S. Razin,P. E. Reimer,J. Reinhold,O. Rondon,M. H. Shabestari,A. Shahinyan,K. Shestermanov,Simon Širca,I. Sitnik,L. Smykov,G. R. Smith,L. Solovyev,P. Solvignon,R. Subedi,E. Tomasi-Gustafsson,Andrey Vasiliev,M. Veilleux,Bogdan Wojtsekhowski,S. A. Wood,Z. Ye,Yu.V. Zanevsky,X. Zhang,Y. Zhang,X. Zheng,L. Zhu +106 more
TL;DR: New measurements of the proton electromagnetic form factor ratio using the recoil polarization method are reported, extending the range of Q2 for which G(E)(p) is accurately determined by more than 50%, which will provide significant constraints on models of nucleon structure in the nonperturbative regime.
Journal ArticleDOI
Single spin asymmetries in charged kaon production from semi-inclusive deep inelastic scattering on a transversely polarized He 3 target
Yuxiang Zhao,Yingxiao Wang,Kalyan Allada,Kalyan Allada,K. A. Aniol,J. R. M. Annand,T. Averett,Fatiha Benmokhtar,William Bertozzi,P. C. Bradshaw,P. Bosted,A. Camsonne,Mustafa Canan,G. D. Cates,Chunhui Chen,J. P. Chen,W. Chen,K. Chirapatpimol,E. Chudakov,E. Cisbani,J. C. Cornejo,F. Cusanno,M. M. Dalton,Wouter Deconinck,C. W. de Jager,R. De Leo,X. Deng,A. Deur,H. Ding,P. A. M. Dolph,C. Dutta,Dipangkar Dutta,L. El Fassi,Salvatore Frullani,Haiyan Gao,Franco Garibaldi,D. Gaskell,Shalev Gilad,Ronald Gilman,Ronald Gilman,O. Glamazdin,S. Golge,L. Guo,David Hamilton,Olfred Hansen,Douglas Higinbotham,T. Holmstrom,J. Huang,J. Huang,J. Huang,M. Huang,H. F. Ibrahim,Mauro Iodice,X. Jiang,X. Jiang,G. Jin,M. K. Jones,Joseph M. Katich,A. Kelleher,W. Kim,A. Kolarkar,Wolfgang Korsch,J. J. LeRose,X. Li,Y. Li,R. A. Lindgren,Nilanga Liyanage,E. Long,E. Long,H. J. Lu,D. J. Margaziotis,Pete Markowitz,S. Marrone,D. McNulty,Z. E. Meziani,R. Michaels,B. Moffit,B. Moffit,C. Muñoz Camacho,S. K. Nanda,Amrendra Narayan,Vladimir Nelyubin,B. E. Norum,Young Do Oh,M. Osipenko,Diana Parno,Jen-Chieh Peng,S. K. Phillips,M. Posik,A. J. R. Puckett,A. J. R. Puckett,Xin Qian,Xin Qian,Xin Qian,Yujie Qiang,Yujie Qiang,Abdurahim Rakhman,Ronald Ransome,S. Riordan,Arijit Saha,B. Sawatzky,B. Sawatzky,E. Schulte,A. Shahinyan,M. H. Shabestari,Simon Širca,S. S. Stepanyan,R. Subedi,Vincent Sulkosky,Vincent Sulkosky,L. G. Tang,A. Tobias,G. M. Urciuoli,I. Vilardi,K. Wang,Bogdan Wojtsekhowski,X. Yan,H. Yao,Y. X. Ye,Z. Ye,L. Yuan,X. Zhan,Y. Zhang,Yong Zhang,B. Zhao,X. Zheng,L. Y. Zhu,L. Y. Zhu,Xiaofeng Zhu,X. Zong +129 more
TL;DR: In this article, the first measurement of target single spin asymmetries in the semi-inclusive ^3He(e,e^′π^±)X reaction on a transversely polarized target was reported.
Journal ArticleDOI
Final analysis of proton form factor ratio data at Q(2)=4.0, 4.8, and 5.6 GeV2
Andrew Puckett,Andrew Puckett,E. J. Brash,E. J. Brash,Olivier Gayou,Olivier Gayou,M. K. Jones,L. Pentchev,C. F. Perdrisat,V. A. Punjabi,K. A. Aniol,T. Averett,Fatiha Benmokhtar,William Bertozzi,L. Bimbot,J. R. Calarco,C. Cavata,Z. Chai,C. C. Chang,T. Chang,J. P. Chen,E. Chudakov,R. De Leo,Sonja Dieterich,R. Endres,M. B. Epstein,Stephanie Escoffier,Kevin Fissum,H. Fonvieille,S. Frullani,J. Gao,F. Garibaldi,Shalev Gilad,Ronald Gilman,Ronald Gilman,A. V. Glamazdin,Charles Glashausser,J. Gomez,J. O. Hansen,Douglas Higinbotham,G. M. Huber,Mauro Iodice,C. W. de Jager,C. W. de Jager,X. Jiang,M. Khandaker,S. Kozlov,K. Kramer,G. J. Kumbartzki,J. J. LeRose,D. Lhuillier,R. A. Lindgren,Nilanga Liyanage,G. J. Lolos,D. J. Margaziotis,F. Marie,Pete Markowitz,K. McCormick,R. Michaels,B. D. Milbrath,S. K. Nanda,D. Neyret,N. M. Piskunov,Ronald Ransome,Brian Raue,R. Roche,M. Rvachev,C. Salgado,Simon Širca,I. Sitnik,S. Strauch,L. Todor,E. Tomasi-Gustafsson,G. M. Urciuoli,H. Voskanyan,K. Wijesooriya,Bogdan Wojtsekhowski,X. Zheng,L. Zhu +78 more
TL;DR: In particular, the polarization transfer results have exposed the limits of applicability of the one-photon exchange approximation and highlighted the role of quark orbital angular momentum in the nucleon structure.