Publications
Sont listées ci-dessous, par année, les publications figurant dans l'archive ouverte HAL.
2022
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Probing the Gluon Orbital Angular Momentum at the EIC
- Bhattacharya Shohini
- Boussarie Renaud
- Hatta Yoshitaka
DOI : 10.5506/aphyspolbsupp.16.7-a16 -
Hexagonal-to-base-centered-orthorhombic $4Q$ charge density wave order in kagome metals KV$_3$Sb$_5$, RbV$_3$Sb$_5$, and CsV$_3$Sb$_5$
- Subedi Alaska
DOI : 10.1103/PhysRevMaterials.6.015001 -
Trigonal-to-monoclinic structural transition in TiSe$_2$ due to a combined condensation of $\mathbf{ \textit{q} = (\frac{1}{2},0,0)}$ and $\mathbf{(\frac{1}{2},0,\frac{1}{2})}$ phonon instabilities
- Subedi Alaska
DOI : 10.1103/PhysRevMaterials.6.01460 -
Fluctuating local field approach to free energy of one-dimensional molecules with strong collective electronic fluctuations
- Lyakhova Yana
- Stepanov Evgeny
- Rubtsov Alexey
DOI : 10.1103/PhysRevB.105.035118 -
Signatures of the Yang-Mills deconfinement transition from the gluon two-point correlator
- van Egmond Duifje Maria
- Reinosa Urko
DOI : 10.1103/PhysRevD.106.074005 -
The SAGEX Review on Scattering Amplitudes, Chapter 11: Soft Theorems and Celestial Amplitudes
- Mcloughlin Tristan
- Puhm Andrea
- Raclariu Ana-Maria
DOI : 10.1088/1751-8121/ac9a40 -
2D energy-momentum tensor distributions of nucleon in a large-Nc quark model from ultrarelativistic to nonrelativistic limit
- Lorcé Cédric
- Schweitzer Peter
- Tezgin Kemal
DOI : 10.1103/PhysRevD.106.014012 -
Signature of the Gluon Orbital Angular Momentum
- Bhattacharya Shohini
- Boussarie Renaud
- Hatta Yoshitaka
DOI : 10.1103/PhysRevLett.128.182002 -
Science Requirements and Detector Concepts for the Electron-Ion Collider: EIC Yellow Report
- Khalek R. Abdul
- Accardi A.
- Adam J.
- Adamiak D.
- Akers W.
- Albaladejo M.
- Al-Bataineh A.
- Alexeev M. G.
- Ameli F.
- Antonioli P.
- Armesto N.
- Armstrong W. R.
- Arratia M.
- Arrington J.
- Asaturyan A.
- Asai M.
- Aschenauer E. C.
- Aune S.
- Avagyan H.
- Gayoso C. Ayerbe
- Azmoun B.
- Bacchetta A.
- Baker M. D.
- Barbosa F.
- Barion L.
- Barish K. N.
- Barry P. C.
- Battaglieri M.
- Bazilevsky A.
- Behera N. K.
- Benmokhtar F.
- Berdnikov V. V.
- Bernauer J. C.
- Bertone V.
- Bhattacharya S.
- Bissolotti C.
- Boer D.
- Boglione M.
- Bondì M.
- Boora P.
- Borsa I.
- Bossù F.
- Bozzi G.
- Brandenburg J. D.
- Brei N.
- Bressan A.
- Brooks W. K.
- Bufalino S.
- Bukhari M. H. S.
- Burkert V.
- Buttimore N. H.
- Camsonne A.
- Celentano A.
- Celiberto F. G.
- Chang W.
- Chatterjee C.
- Chen K.
- Chetry T.
- Chiarusi T.
- Chien Y. -T.
- Chiosso M.
- Chu X.
- Chudakov E.
- Cicala G.
- Cisbani E.
- Cloet I. C.
- Cocuzza C.
- Cole P. L.
- Colella D.
- Collins Ii J. L.
- Constantinou M.
- Contalbrigo M.
- Contin G.
- Corliss R.
- Cosyn W.
- Courtoy A.
- Crafts J.
- Cruz-Torres R.
- Cuevas R. C.
- d'Alesio U.
- Torre S. Dalla
- Das D.
- Dasgupta S. S.
- da Silva C.
- Deconinck W.
- Defurne M.
- Degraw W.
- Dehmelt K.
- del Dotto A.
- Delcarro F.
- Deshpande A.
- Detmold W.
- de Vita R.
- Diefenthaler M.
- Dilks C.
- Dixit D. U.
- Dulat S.
- Dumitru A.
- Dupré R.
- Durham J. M.
- Echevarria M. G.
- Fassi L. El
- Elia D.
- Ent R.
- Esha R.
- Ethier J. J.
- Evdokimov O.
- Eyser K. O.
- Fanelli C.
- Fatemi R.
- Fazio S.
- Fernandez-Ramirez C.
- Finger M.
- Finger Jr. M.
- Fitzgerald D.
- Flore C.
- Frederico T.
- Friščić I.
- Fucini S.
- Furletov S.
- Furletova Y.
- Gal C.
- Gamberg L.
- Gao H.
- Garg P.
- Gaskell D.
- Gates K.
- Ducati M. B. Gay
- Gericke M.
- Girod F. -X.
- Glazier D. I.
- Gnanvo K.
- Goncalves V. P.
- Gonella L.
- Hernandez J. O. Gonzalez
- Goto Y.
- Grancagnolo F.
- Greiner L. C.
- Guryn W.
- Guzey V.
- Hatta Y.
- Hattawy M.
- Hauenstein F.
- He X.
- Hemmick T. K.
- Hen O.
- Heyes G.
- Higinbotham D. W.
- Blin A. N. Hiller
- Hobbs T. J.
- Hohlmann M.
- Horn T.
- Hou T. -J.
- Huang J.
- Huang Q.
- Huber G. M.
- Hyde C. E.
- Iakovidis G.
- Ilieva Y.
- Jacak B. V.
- Jacobs P. M.
- Jadhav M.
- Janoska Z.
- Jentsch A.
- Jezo T.
- Jing X.
- Jones P. G.
- Joo K.
- Joosten S.
- Kafka V.
- Kalantarians N.
- Kang D.
- Kang Z. B.
- Kauder K.
- Kay S. J. D.
- Keppel C. E.
- Kim J.
- Kiselev A.
- Klasen M.
- Klein S.
- Klest H. T.
- Korchak O.
- Kostina A.
- Kotko P.
- Kovchegov Y. V.
- Krelina M.
- Kuleshov S.
- Kumano S.
- Kumar K. S.
- Kumar R.
- Kumar L.
- Kumerički K.
- Kusina A.
- Kutak K.
- Lai Y. S.
- Lalwani K.
- Lappi T.
- Lauret J S
- Lavinsky M.
- Lawrence D.
- Lednicky D.
- Lee C.
- Lee K.
- Lee S. H.
- Levorato S.
- Li H.
- Li S.
- Li X.
- Li W. B.
- Ligonzo T.
- Liu H.
- Liu M. X.
- Liu X.
- Liuti S.
- Liyanage N.
- Lorcé C.
- Lu Z.
- Lucero G.
- Lukow N. S.
- Lunghi E.
- Majka R.
- Makris Y.
- Mandjavidze I.
- Mantry S.
- Mäntysaari H.
- Marhauser F.
- Markowitz P.
- Marsicano L.
- Mastroserio A.
- Mathieu V.
- Mehtar-Tani Y.
- Melnitchouk W.
- Mendez L.
- Metz A.
- Meziani Z. -E.
- Mezrag C.
- Mihovilovič M.
- Milner R.
- Mirazita M.
- Mkrtchyan H.
- Mkrtchyan A.
- Mochalov V.
- Moiseev V.
- Mondal M. M.
- Morreale A.
- Morrison D.
- Motyka L.
- Moutarde H.
- Murgia C. Muñoz F.
- Murray M. J.
- Musico P.
- Nadel-Turonski P.
- Nadolsky P. M.
- Nam J.
- Newman P. R.
- Neyret D.
- Nguyen D.
- Nocera E. R.
- Noferini F.
- Noto F.
- Nunes A. S.
- Okorokov V. A.
- Olness F.
- Osborn J. D.
- Page B. S.
- Park S.
- Parker A.
- Paschke K.
- Pasquini B.
- Paukkunen H.
- Paul S.
- Pecar C.
- Pegg I. L.
- Pellegrino C.
- Peng C.
- Pentchev L.
- Perrino R.
- Petriello F.
- Petti R.
- Pilloni A.
- Pinkenburg C.
- Pire B.
- Pisano C.
- Pitonyak D.
- Poblaguev A. A.
- Polakovic T.
- Posik M.
- Potekhin M.
- Preghenella R.
- Preins S.
- Prokudin A.
- Pujahari P.
- Purschke M. L.
- Pybus J. R.
- Radici M.
- Rajput-Ghoshal R.
- Reimer P. E.
- Rinaldi M.
- Ringer F.
- Roberts C. D.
- Rodini S.
- Rojo J.
- Romanov D.
- Rossi P.
- Santopinto E.
- Sarsour M.
- Sassot R.
- Sato N.
- Schenke B.
- Schmidke W. B.
- Schmidt I.
- Schmidt A.
- Schmookler B.
- Schnell G.
- Schweitzer P.
- Schwiening J.
- Scimemi I.
- Scopetta S.
- Segovia J.
- Seidl R.
- Sekula S.
- Semenov-Tian-Shanskiy K.
- Shao D. Y.
- Sherrill N.
- Sichtermann E.
- Siddikov M.
- Signori A.
- Singh B. K.
- Širca S.
- Slifer K.
- Slominski W.
- Sokhan D.
- Sondheim W. E.
- Song Y.
- Soto O.
- Spiesberger H.
- Stasto A. M.
- Stepanov P.
- Sterman G.
- Stevens J. R.
- Stewart I. W.
- Strakovsky I.
- Strikman M.
- Sturm M.
- Stutzman M. L.
- Sullivan M.
- Surrow B.
- Svihra P.
- Syritsyn S.
- Szczepaniak A.
- Sznajder P.
- Szumila-Vance H.
- Szymanowski L.
- Tadepalli A. S.
- Takaki J. D. Tapia
- Tassielli G. F.
- Terry J.
- Tessarotto F.
- Tezgin K.
- Tomasek L.
- Acosta F. Torales
- Tribedy P.
- Tricoli A.
- Tripathi S.
- Trotta R. L.
- Tsai O. D.
- Tu Z.
- Tuvè C.
- Ullrich T.
- Ungaro M.
- Urciuoli G. M.
- Valentini A.
- Vancura P.
- Vandenbroucke M.
- van Hulse C.
- Varner G.
- Venugopalan R.
- Vitev I.
- Vladimirov A.
- Volpe G.
- Vossen A.
- Voutier E.
- Wagner J.
- Wallon S.
- Wang H.
- Wang Q.
- Wang X.
- Wei S. Y.
- Weiss C.
- Wenaus T.
- Wennlöf H.
- Wikramanayake A.
- Winney D.
- Wong C. P.
- Woody C.
- Xia L.
- Xiao B. W.
- Xie J.
- Xing H.
- Xu Q. H.
- Zhang J.
- Zhang S.
- Zhang Z.
- Zhao Z. W.
- Zhao Y. X.
- Zheng L.
- Zhou Y.
- Zurita P.
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Nonlinear Propagation and Filamentation on 100 Meter Air Path of Femtosecond Beam Partitioned by Wire Mesh
- Geints Yuri E
- Minina Olga V
- Geints Ilia Yu
- Seleznev Leonid V
- Pushkarev Dmitrii V
- Mokrousova Daria V
- Rizaev Georgy E
- Shipilo Daniil E
- Nikolaeva Irina A
- Kurilova Maria V
- Panov Nikolay A
- Kosareva Olga G
- Houard Aurélien
- Couairon Arnaud
- Ionin Andrey A
- Liu Weiwei
DOI : 10.3390/s22176322 -
Result of the MICROSCOPE weak equivalence principle test
- Touboul Pierre
- Métris Gilles
- Rodrigues Manuel
- Bergé Joel
- Robert Alain
- Baghi Quentin
- André Yves
- Bedouet Judicael
- Boulanger Damien
- Bremer Stefanie
- Carle Patrice
- Chhun Ratana
- Christophe Bruno
- Cipolla Valerio
- Damour Thibault
- Danto Pascale
- Demange Louis
- Dittus Hansjoerg
- Dhuicque Océane
- Fayet Pierre
- Foulon Bernard
- Guidotti Pierre-Yves
- Hagedorn Daniel
- Hardy Emilie
- Huynh Phuong-Anh
- Kayser Patrick
- Lala Stephanie
- Lämmerzahl Claus
- Lebat Vincent
- Liorzou Françoise
- List Meike
- Löffler Frank
- Panet Isabelle
- Pernot-Borràs Martin
- Perraud Laurent
- Pires Sandrine
- Pouilloux Benjamin
- Prieur Pascal
- Rebray Alexandre
- Reynaud Serge
- Rievers Benny
- Selig Hanns
- Serron Laura
- Sumner Timothy
- Tanguy Nicolas
- Torresi Patrizia
- Visser Pieter
DOI : 10.1088/1361-6382/ac84be -
New horizons for fundamental physics with LISA
- Arun K.G.
- Belgacem Enis
- Benkel Robert
- Bernard Laura
- Berti Emanuele
- Bertone Gianfranco
- Besancon Marc
- Blas Diego
- Böhmer Christian G.
- Brito Richard
- Calcagni Gianluca
- Cardenas-Avendaño Alejandro
- Clough Katy
- Crisostomi Marco
- de Luca Valerio
- Doneva Daniela
- Escoffier Stephanie
- Ezquiaga Jose Maria
- Ferreira Pedro G.
- Fleury Pierre
- Foffa Stefano
- Franciolini Gabriele
- Frusciante Noemi
- García-Bellido Juan
- Herdeiro Carlos
- Hertog Thomas
- Hinderer Tanja
- Jetzer Philippe
- Lombriser Lucas
- Maggio Elisa
- Maggiore Michele
- Mancarella Michele
- Maselli Andrea
- Nampalliwar Sourabh
- Nichols David
- Okounkova Maria
- Pani Paolo
- Paschalidis Vasileios
- Raccanelli Alvise
- Randall Lisa
- Renaux-Petel Sébastien
- Riotto Antonio
- Ruiz Milton
- Saffer Alexander
- Sakellariadou Mairi
- Saltas Ippocratis D.
- Sathyaprakash B.S.
- Shao Lijing
- Sopuerta Carlos F.
- Sotiriou Thomas P.
- Stergioulas Nikolaos
- Tamanini Nicola
- Vernizzi Filippo
- Witek Helvi
- Wu Kinwah
- Yagi Kent
- Yazadjiev Stoytcho
- Yunes Nicolas
- Zilhao Miguel
- Afshordi Niayesh
- Angonin Marie-Christine
- Baibhav Vishal
- Barausse Enrico
- Barreiro Tiago
- Bartolo Nicola
- Bellomo Nicola
- Ben-Dayan Ido
- Bergshoeff Eric A.
- Bernuzzi Sebastiano
- Bertacca Daniele
- Bhagwat Swetha
- Bonga Béatrice
- Burko Lior M.
- Compere Geoffrey
- Cusin Giulia
- da Silva Antonio
- Das Saurya
- de Rham Claudia
- Destounis Kyriakos
- Dimastrogiovanni Ema
- Duque Francisco
- Easther Richard
- Farmer Hontas
- Fasiello Matteo
- Fisenko Stanislav
- Fransen Kwinten
- Frauendiener Jörg
- Gair Jonathan
- Gergely Laszlo Arpad
- Gerosa Davide
- Gualtieri Leonardo
- Han Wen-Biao
- Hees Aurelien
- Helfer Thomas
- Hennig Jörg
- Jenkins Alexander C.
- Kajfasz Eric
- Kaloper Nemanja
- Karas Vladimir
- Kavanagh Bradley J.
- Klioner Sergei A.
- Koushiappas Savvas M.
- Lagos Macarena
- Poncin-Lafitte Le Christophe
- Lobo Francisco S.N.
- Markakis Charalampos
- Martin-Moruno Prado
- Martins C.J. A.P.
- Matarrese Sabino
- Mayerson Daniel R.
- Mimoso José P.
- Noller Johannes
- Nunes Nelson J.
- Oliveri Roberto
- Orlando Giorgio
- Pappas George
- Pikovski Igor
- Pilo Luigi
- Podolsky Jiri
- Pratten Geraint
- Prokopec Tomislav
- Qi Hong
- Rastgoo Saeed
- Ricciardone Angelo
- Rollo Rocco
- Rubiera-Garcia Diego
- Sergijenko Olga
- Shapiro Stuart
- Shoemaker Deirdre
- Spallicci Alessandro
- Stashko Oleksandr
- Stein Leo C.
- Tasinato Gianmassimo
- Tolley Andrew J.
- Vagenas Elias C.
- Vandoren Stefan
- Vernieri Daniele
- Vicente Rodrigo
- Wiseman Toby
- Zhdanov Valery I.
- Zumalacárregui Miguel
DOI : 10.1007/s41114-022-00036-9 -
Sachdev-Ye-Kitaev Models and Beyond: A Window into Non-Fermi Liquids
- Chowdhury Debanjan
- Georges Antoine
- Parcollet Olivier
- Sachdev Subir
DOI : 10.1103/RevModPhys.94.035004 -
Goldilocks modes and the three scattering bases
- Donnay Laura
- Pasterski Sabrina
- Puhm Andrea
DOI : 10.1007/JHEP06(2022)124 -
Holographic complexity of quantum black holes
- Emparan Roberto
- Frassino Antonia Micol
- Sasieta Martin
- Tomašević Marija
DOI : 10.1007/JHEP02(2022)204 -
Bounds on gravitational brane couplings and tomography in AdS$_{3}$ black hole microstates
- Lee Ji Hoon
- Neuenfeld Dominik
- Shukla Ashish
DOI : 10.1007/JHEP10(2022)139 -
Destroying superconductivity in thin films with an electric field
- Amoretti Andrea
- Brattan Daniel K.
- Magnoli Nicodemo
- Martinoia Luca
- Matthaiakakis Ioannis
- Solinas Paolo
DOI : 10.1103/PhysRevResearch.4.033211 -
Spectral and intensity control of high energy terahertz radiation from bulk liquids
- Rakesh Kumar V.
- Jana Kamalesh
- Dey Indranuj
- Chandra Vardhan K.
- Lad Amit D.
- Brown Jeffrey M.
- Gaarde Mette B.
- Couairon Arnaud
- Ravindra Kumar G.
DOI : 10.1088/1361-6463/ac3455 -
Entanglement spectrum and quantum phase diagram of the long-range XXZ chain
- Schneider J.T.
- Thomson S.J.
- Sanchez-Palencia L.
DOI : 10.1103/PhysRevB.106.014306 -
Revisiting the Carrollian scalar field
- Rivera-Betancour David
- Vilatte Matthieu
DOI : 10.1103/PhysRevD.106.085004 -
Holography from Singular Supertranslations on a Black Hole Horizon
- Akhoury Ratindranath
- Choi Sangmin
- Perry Malcolm J.
DOI : 10.1103/PhysRevLett.129.221603 -
Regge trajectories for the (2, 0) theories
- Lemos Madalena
- van Rees Balt C.
- Zhao Xiang
DOI : 10.1007/JHEP01(2022)022 -
Prospects for quarkonium studies at the high-luminosity LHC
- Chapon Emilien
- d'Enterria David
- Ducloue Bertrand
- Echevarria Miguel G.
- Gossiaux Pol-Bernard
- Kartvelishvili Vato
- Kasemets Tomas
- Lansberg Jean-Philippe
- Mcnulty Ronan
- Price Darren D.
- Shao Hua-Sheng
- van Hulse Charlotte
- Winn Michael
- Adam Jaroslav
- An Liupan
- Villar Denys Yen Arrebato
- Bhattacharya Shohini
- Celiberto Francesco G.
- Cheshkov Cvetan
- d'Alesio Umberto
- da Silva Cesar
- Ferreiro Elena G.
- Flett Chris A.
- Flore Carlo
- Garzelli Maria Vittoria
- Gaunt Jonathan
- He Jibo
- Makris Yiannis
- Marquet Cyrille
- Massacrier Laure
- Mehen Thomas
- Mezrag Cedric
- Micheletti Luca
- Nagar Riccardo
- Nefedov Maxim A.
- Ozcelik Melih A.
- Paul Biswarup
- Pisano Cristian
- Qiu Jian-Wei
- Rajesh Sangem
- Rinaldi Matteo
- Scarpa Florent
- Smith Maddie
- Taels Pieter
- Tee Amy
- Teryaev Oleg
- Vitev Ivan
- Watanabe Kazuhiro
- Yamanaka Nodoka
- Yao Xiaojun
- Zhang Yanxi
DOI : 10.1016/j.ppnp.2021.103906 -
Deuteron relativistic charge distributions
- Lorcé Cédric
- Wang Pierre
DOI : 10.1103/PhysRevD.105.096032 -
Dynamics of the $O(4)$ critical point in QCD
- Florio Adrien
- Grossi Eduardo
- Soloviev Alexander
- Teaney Derek
DOI : 10.1103/PhysRevD.105.054512