期刊的影响因子--文章列表

期刊文章列表
Shi-Fa Guo，Hong Lü，Yi Pang（Center for Joint Quantum Studies and Department of Physics,School of Science,Tianjin University）.Degenerate black rings in D=5 minimal supergravity[J].Science China(Physics,Mechanics & Astronomy),2021,第11期 ShaoWei Jiang，GuoAn Zheng（Department of Biomedical Engineering,University of Connecticut）.Effective color transfer enables rapid computational microscopy for digital pathology[J].Science China(Physics,Mechanics & Astronomy),2021,第11期 YiPeng Jing（School of Physics and Astronomy,Shanghai Jiao Tong University）.New connection between dark matter direct detections,astrophysical and cosmological observations with self-interacting dark matter[J].Science China(Physics,Mechanics & Astronomy),2021,第11期 Wan-Zhe Feng（Center for Joint Quantum Studies and Department of Physics,School of Science,Tianjin University）.PandaX-Ⅱ set constraints to self-interacting dark matter using the full dataset[J].Science China(Physics,Mechanics & Astronomy),2021,第11期 Weikang Li¹，Sirui Lu^1,2，Dong-Ling Deng^1,3（Center for Quantum Information，Institute for Interdisciplinary Information Science，Tsinghua University；Max-Planck-Institut für Quantenoptik；Shanghai Qi Zhi Institute）.Quantum federated learning through blind quantum computing[J].Science China(Physics,Mechanics & Astronomy),2021,第10期 Weiyin Duan^1,2，Zhiyong Nie^1,2，Shuaishuai Luo^1,2，Fanghang Yu³，Brenden R.Ortiz⁴，Lichang Yin^1,2，Hang Su^1,2，Feng Du^1,2，An Wang^1,2，Ye Chen^1,2，Xin Lu^1,2，Jianjun Ying³，Stephen D.Wilson⁴，Xianhui Chen^3,5,6，Yu Song^1,2，Huiqiu Yuan^1,2,6,7（Center for Correlated Matter and Department of Physics，Zhejiang University；Zhejiang Province Key Laboratory of Quantum Technology and Device，Department of Physics，Zhejiang University；Hefei National Laboratory for Physical Sciences at Microscale and Department of Physics，and CAS Key Laboratory of Strongly-coupled Quantum Matter Physics，University of Science and Technology of China；Materials Department and California Nanosystems Institute，University of California Santa Barbara；CAS Center for Excellence in Quantum Information and Quantum Physics；Collaborative Innovation Center of Advanced Microstructures；State Key Laboratory of Silicon Materials，Zhejiang University）.Nodeless superconductivity in the kagome metal CsV₃Sb₅[J].Science China(Physics,Mechanics & Astronomy),2021,第10期 Ji-Bang Fu，Bin Li，Xin-Fang Zhang，Guang-Zheng Yu，Guang-Yao Huang，Ming-Tang Deng（Institute for Quantum Information & State Key Laboratory of High Performance Computing，College of Computer Science and Technology，National University of Defense Technology）.Experimental review on Majorana zero-modes in hybrid nanowires[J].Science China(Physics,Mechanics & Astronomy),2021,第10期 Pan Gao¹，Keren Li²，Shijie Wei^3,1，Gui-Lu Long^1,4,3,5（State Key Laboratory of Low-Dimensional Quantum Physics and Department of Physics，Tsinghua University；Shenzhen JL Computational Science and Applied Research Institute；Beijing Academy of Quantum Information Sciences；Beijing National Research Center for Information Science and Technology and School of Information，Tsinghua University；Frontier Science Center for Quantum Information）.Quantum second-order optimization algorithm for general polynomials[J].Science China(Physics,Mechanics & Astronomy),2021,第10期 KaiHui Chen^1,2，HuiXin Qiu^1,2，You Wu^1,2，ZeJia Lin^1,2，HaiQi Huang^1,2，LingLing Shui^1,2，DongMei Deng^1,2，HongZhan Liu^1,2，ZhiGang Chen³（Guangdong Provincial Key Laboratory of Nanophotonic Functional Materials and Devices，South China Normal University；School of Information and Optoelectronic Science and Engineering，South China Normal University；MOE Key Laboratory of Weak-Light Nonlinear Photonics，TEDA Applied Physics Institute and School of Physics，Nankai University）.Generation and control of dynamically tunable circular Pearcey beams with annular spiral-zone phase[J].Science China(Physics,Mechanics & Astronomy),2021,第10期 Baofan Sun¹，Jiajun Chen¹，Xinyi Zhou¹，Min Liu¹，Yaping Wu^1,2，Yuanzheng Xia¹，Xu Li¹，Zhiming Wu^1,2，Junyong Kang¹（Department of Physics，Collaborative Innovation Center for Optoelectronic Semiconductors and Efficient Devices，Fujian Provincial Key Laboratory of Semiconductor Materials and Applications，Xiamen University；National Laboratory of Solid State Microstructures，Nanjing University）.Facile synthesis of two-dimensional MoS₂/WS₂ lateral heterostructures with controllable core/shell size ratio by a one-step chemical vapor deposition method[J].Science China(Physics,Mechanics & Astronomy),2021,第10期 GuoRui Xiao^1,2,3，QinQing Zhu^2,3,4，YanWei Cui^1,2,3，WuZhang Yang^2,3,4，BaiZhuo Li¹，SiQi Wu¹，Guang-Han Cao¹，Zhi Ren^2,3（Department of Physics，Zhejiang University；School of Science，Westlake University；Institute of Natural Sciences，Westlake Institute for Advanced Study；Department of Physics，Fudan University）.Superconductivity and strong spin-orbit coupling in a new noncentrosymmetric compound ThIrP[J].Science China(Physics,Mechanics & Astronomy),2021,第10期 Hong-Liang Lu^1,2，Yu-Yang Zhang^1,2，Xiao Lin^1,2，Hong-Jun Gao^1,2,3（Institute of Physics and University of Chinese Academy of Sciences，Chinese Academy of Sciences；CAS Center for Excellence in Topological Quantum Computation，University of Chinese Academy of Sciences；Songshan Lake Materials Laboratory）.Novel two-dimensional transition metal chalcogenides created by epitaxial growth[J].Science China(Physics,Mechanics & Astronomy),2021,第10期 R. Aaij，C. Abellán Beteta，T. Ackernley，B. Adeva，M. Adinolfi，H. Afsharnia，C. A. Aidala，S. Aiola，Z. Ajaltouni，S. Akar，J. Albrecht，F. Alessio，M. Alexander，A. Alfonso Albero，Z. Aliouche，G. Alkhazov，P. Alvarez Cartelle，S. Amato，Y. Amhis，L. An，L. Anderlini，A. Andreianov，M. Andreotti，F. Archilli，A. Artamonov，M. Artuso，K. Arzymatov，E. Aslanides，M. Atzeni，B. Audurier，S. Bachmann，M. Bachmayer，J. J. Back，P. Baladron Rodriguez，V. Balagura，W. Baldini，J. Baptista Leite，R. J. Barlow，S. Barsuk，W. Barter，M. Bartolini，F. Baryshnikov，J. M. Basels，G. Bassi，B. Batsukh，A. Battig，A. Bay，M. Becker，F. Bedeschi，I. Bediaga，A. Beiter，V. Belavin，S. Belin，V. Bellee，K. Belous，I. Belov，I. Belyaev，G. Bencivenni，E. Ben-Haim，A. Berezhnoy，R. Bernet，D. Berninghoff，H. C. Bernstein，C. Bertella，A. Bertolin，C. Betancourt，F. Betti，I. Bezshyiko，S. Bhasin，J. Bhom，L. Bian，M. S. Bieker，S. Bifani，P. Billoir，M. Birch，F. C. R. Bishop，A. Bitadze，A. Bizzeti，M. Bj？rn，M. P. Blago，T. Blake，F. Blanc，S. Blusk，D. Bobulska，J. A. Boelhauve，O. Boente Garcia，T. Boettcher，A. Boldyrev，A. Bondar，N. Bondar，S. Borghi，M. Borisyak，M. Borsato，J. T. Borsuk，S. A. Bouchiba，T. J. V. Bowcock，A. Boyer，C. Bozzi，M. J. Bradley，S. Braun，A. Brea Rodriguez，M. Brodski，J. Brodzicka，A. Brossa Gonzalo，D. Brundu，A. Buonaura，C. Burr，A. Bursche，A. Butkevich，J. S. Butter，J. Buytaert，W. Byczynski，S. Cadeddu，H. Cai，R. Calabrese，L. Calefice，L. Calero Diaz，S. Cali，R. Calladine，M. Calvi，M. Calvo Gomez，P. Camargo Magalhaes，P. Campana，A. F. Campoverde Quezada，S. Capelli，L. Capriotti，A. Carbone，G. Carboni，R. Cardinale，A. Cardini，I. Carli，P. Carniti，L. Carus，K. Carvalho Akiba，A. Casais Vidal，G. Casse，M. Cattaneo，G. Cavallero，S. Celani，J. Cerasoli，A. J. Chadwick，M. G. Chapman，M. Charles，P. Charpentier，G. Chatzikonstantinidis，C. A. Chavez Barajas，M. Chefdeville，C. Chen，S. Chen，A. Chernov，V. Chobanova，S. Cholak，M. Chrzaszcz，A. Chubykin，V. Chulikov，P. Ciambrone，M. F. Cicala，X. Cid Vidal，G. Ciezarek，P. E. L. Clarke，M. Clemencic，H. V. Clif，J. Closier，J. L. Cobbledick，V. Coco，J. A. B. Coelho，J. Cogan，E. Cogneras，L. Cojocariu，P. Collins，T. Colombo，L. Congedo，A. Contu，N. Cooke，G. Coombs，G. Corti，C. M. Costa Sobral，B. Couturier，D. C. Craik，J. Crkovská，M. Cruz Torres，R. Currie，C. L. Da Silva，S. Dadabaev，E. Dall’Occo，J. Dalseno，C. D’Ambrosio，A. Danilina，P. d’Argent，A. Davis，O. De Aguiar Francisco，K. De Bruyn，S. De Capua，M. De Cian，J. M. De Miranda，L. De Paula，M. De Serio，D. De Simone，P. De Simone，J. A. de Vries，C. T. Dean，D. Decamp，L. Del Buono，B. Delaney，H.-P. Dembinski，A. Dendek，V. Denysenko，D. Derkach，O. Deschamps，F. Desse，F. Dettori，B. Dey，A. Di Cicco，P. Di Nezza，S. Didenko，L. Dieste Maronas，H. Dijkstra，V. Dobishuk，A. M. Donohoe，F. Dordei，A. C. dos Reis，L. Douglas，A. Dovbnya，A. G. Downes，K. Dreimanis，M. W. Dudek，L. Dufour，V. Duk，P. Durante，J. M. Durham，D. Dutta，A. Dziurda，A. Dzyuba，S. Easo，U. Egede，V. Egorychev，S. Eidelman，S. Eisenhardt，S. Ek-In，L. Eklund，S. Ely，A. Ene，E. Epple，S. Escher，J. Eschle，S. Esen，T. Evans，A. Falabella，J. Fan，Y. Fan，B. Fang，S. Farry，D. Fazzini，M. Féo，A. Fernandez Prieto，J. M. Fernandez-tenllado Arribas，A. D. Fernez，F. Ferrari，L. Ferreira Lopes，F. Ferreira Rodrigues，S. Ferreres Sole，M. Ferrillo，M. Ferro-Luzzi，S. Filippov，R. A. Fini，M. Fiorini，M. Firlej，K.M. Fischer，D. S. Fitzgerald，C. Fitzpatrick，T. Fiutowski，A. Fkiaras，F. Fleuret，M. Fontana，F. Fontanelli，R. Forty，V. Franco Lima，M. Franco Sevilla，M. Frank，E. Franzoso，G. Frau，C. Frei，D. A. Friday，J. Fu，Q. Fuehring，W. Funk，E. Gabriel，T. Gaintseva，A. Gallas Torreira，D. Galli，S. Gambetta，Y. Gan，M. Gandelman，P. Gandini，Y. Gao，M. Garau，L. M. Garcia Martin，P. Garcia Moreno，J. García Pardin as，B. Garcia Plana，F. A. Garcia Rosales，L. Garrido，C. Gaspar，R.E. Geertsema，D. Gerick，L. L. Gerken，E. Gersabeck，M. Gersabeck，T. Gershon，D. Gerstel，P. Ghez，V. Gibson，H.K. Giemza，M. Giovannetti，A. Gioventu`，P. Gironella Gironell，L. Giubega，C. Giugliano，K. Gizdov，E. L. Gkougkousis，V. V. Gligorov，C. G？bel，E. Golobardes，D. Golubkov，A. Golutvin，A. Gomes，S. Gomez Fernandez，F. Goncalves Abrantes，M. Goncerz，G. Gong，P. Gorbounov，I. V. Gorelov，C. Gotti，E. Govorkova，J. P. Grabowski，T. Grammatico，L. A. Granado Cardoso，E. Graugés，E. Graverini，G. Graziani，A. Grecu，L. M. Greeven，P. Griffith，L. Grillo，S. Gromov，B. R. Gruberg Cazon，C. Gu，M. Guarise，P. A. Günther，E. Gushchin，A. Guth，Y. Guz，T. Gys，T. Hadavizadeh，G. Haefeli，C. Haen，J. Haimberger，T. Halewood-leagas，P. M. Hamilton，J. P. Hammerich，Q. Han，X. Han，T. H. Hancock，S. Hansmann-Menzemer，N. Harnew，T. Harrison，C. Hasse，M. Hatch，J. He，M. Hecker，K. Heijhof，K. Heinicke，A. M. Hennequin，K. Hennessy，L. Henry，J. Heuel，A. Hicheur，D. Hill，M. Hilton，S. E. Hollitt，J. Hu，J. Hu，W. Hu，X. Hu，W. Huang，X. Huang，W. Hulsbergen，R. J. Hunter，M. Hushchyn，D. Hutchcroft，D. Hynds，P. Ibis，M. Idzik，D. Ilin，P. Ilten，A. Inglessi，A. Ishteev，K. Ivshin，R. Jacobsson，S. Jakobsen，E. Jans，B. K. Jashal，A. Jawahery，V. Jevtic，M. Jezabek，F. Jiang，M. John，D. Johnson，C. R. Jones，T. P. Jones，B. Jost，N. Jurik，S. Kandybei，Y. Kang，M. Karacson，M. Karpov，F. Keizer，M. Kenzie，T. Ketel，B. Khanji，A. Kharisova，S. Kholodenko，T. Kirn，V.S. Kirsebom，O. Kitouni，S. Klaver，K. Klimaszewski，S. Koliiev，A. Kondybayeva，A. Konoplyannikov，P. Kopciewicz，R. Kopecna，P. Koppenburg，M. Korolev，I. Kostiuk，O. Kot，S. Kotriakhova，P. Kravchenko，L. Kravchuk，R.D. Krawczyk，M. Kreps，F. Kress，S. Kretzschmar，P. Krokovny，W. Krupa，W. Krzemien，W. Kucewicz，M. Kucharczyk，V. Kudryavtsev，H. S. Kuindersma，G. J. Kunde，T. Kvaratskheliya，D. Lacarrere，G. Laferty，A. Lai，A. Lampis，D. Lancierini，J. J. Lane，R. Lane，G. Lanfranchi，C. Langenbruch，J. Langer，O. Lantwin，T. Latham，F. Lazzari，R. Le Gac，S. H. Lee，R. Lefèvre，A. Lefiat，S. Legotin，O. Leroy，T. Lesiak，B. Leverington，H. Li，L. Li，P. Li，S. Li，Y. Li，Y. Li，Z. Li，X. Liang，T. Lin，R. Lindner，V. Lisovskyi，R. Litvinov，G. Liu，H. Liu，S. Liu，A. Loi，J. Lomba Castro，I. Longstaf，J. H. Lopes，G. H. Lovell，Y. Lu，D. Lucchesi，S. Luchuk，M. Lucio Martinez，V. Lukashenko，Y. Luo，A. Lupato，E. Luppi，O. Lupton，A. Lusiani，X. Lyu，L. Ma，R. Ma，S. Maccolini，F. Machefert，F. Maciuc，V. Macko，P. Mackowiak，S. Maddrell-Mander，O. Madejczyk，L. R. Madhan Mohan，O. Maev，A. Maevskiy，D. Maisuzenko，M. W. Majewski，J. J. Malczewski，S. Malde，B. Malecki，A. Malinin，T. Maltsev，H. Malygina，G. Manca，G. Mancinelli，D. Manuzzi，D. Marangotto，J. Maratas，J. F. Marchand，U. Marconi，S. Mariani，C. Marin Benito，M. Marinangeli，J. Marks，A. M. Marshall，P. J. Marshall，G. Martellotti，L. Martinazzoli，M. Martinelli，D. Martinez Santos，F. Martinez Vidal，A. Massaferri，M. Materok，R. Matev，A. Mathad，Z. Mathe，V. Matiunin，C. Matteuzzi，K. R. Mattioli，A. Mauri，E. Maurice，J. Mauricio，M. Mazurek，M. McCann，L. Mcconnell，T. H. Mcgrath，A. McNab，R. McNulty，J.V. Mead，B. Meadows，G. Meier，N. Meinert，D. Melnychuk，S. Meloni，M. Merk，A. Merli，L. Meyer Garcia，M. Mikhasenko，D. A. Milanes，E. Millard，M. Milovanovic，M.-N. Minard，A. Minotti，L. Minzoni，S. E. Mitchell，B. Mitreska，D. S. Mitzel，A. M？dden，R. A. Mohammed，R. D. Moise，T. Momb？cher，I. A. Monroy，S. Monteil，M. Morandin，G. Morello，M. J. Morello，J. Moron，A. B. Morris，A. G. Morris，R. Mountain，H. Mu，F. Muheim，M. Mulder，D. Müller，K. Müller，C. H. Murphy，D. Murray，P. Muzzetto，P. Naik，T. Nakada，R. Nandakumar，T. Nanut，I. Nasteva，M. Needham，I. Neri，N. Neri，S. Neubert，N. Neufeld，R. Newcombe，T. D. Nguyen，C. Nguyen-Mau，E.M. Niel，S. Nieswand，N. Nikitin，N. S. Nolte，C. Normand，C. Nunez，A. Oblakowska-Mucha，V. Obraztsov，D. P. O’Hanlon，R. Oldeman，M. E. Olivares，C. J. G. Onderwater，R. H. O’neil，A. Ossowska，J. M. Otalora Goicochea，T. Ovsiannikova，P. Owen，A. Oyanguren，B. Pagare，P. R. Pais，T. Pajero，A. Palano，M. Palutan，Y. Pan，G. Panshin，A. Papanestis，M. Pappagallo，L. L. Pappalardo，C. Pappenheimer，W. Parker，C. Parkes，C. J. Parkinson，B. Passalacqua，G. Passaleva，A. Pastore，M. Patel，C. Patrignani，C. J. Pawley，A. Pearce，A. Pellegrino，M. Pepe Altarelli，S. Perazzini，D. Pereima，P. Perret，M. Petric，K. Petridis，A. Petrolini，A. Petrov，S. Petrucci，M. Petruzzo，T. T. H. Pham，A. Philippov，L. Pica，M. Piccini，B. Pietrzyk，G. Pietrzyk，M. Pili，D. Pinci，F. Pisani，Resmi P.K，V. Placinta，J. Plews，M. Plo Casasus，F. Polci，M. Poli Lener，M. Poliakova，A. Poluektov，N. Polukhina，I. Polyakov，E. Polycarpo，G. J. Pomery，S. Ponce，D. Popov，S. Popov，S. Poslavskii，K. Prasanth，L. Promberger，C. Prouve，V. Pugatch，H. Pullen，G. Punzi，H. Qi，W. Qian，J. Qin，N. Qin，R. Quagliani，B. Quintana，N. V. Raab，R. I. Rabadan Trejo，B. Rachwal，J. H. Rademacker，M. Rama，M. Ramos Pernas，M. S. Rangel，F. Ratnikov，G. Raven，M. Reboud，F. Redi，F. Reiss，C. Remon Alepuz，Z. Ren，V. Renaudin，R. Ribatti，S. Ricciardi，K. Rinnert，P. Robbe，G. Robertson，A. B. Rodrigues，E. Rodrigues，J.A. Rodriguez Lopez，A. Rollings，P. Rolof，V. Romanovskiy，M. Romero Lamas，A. Romero Vidal，J. D. Roth，M. Rotondo，M. S. Rudolph，T. Ruf，J. Ruiz Vidal，A. Ryzhikov，J. Ryzka，J. J. Saborido Silva，N. Sagidova，N. Sahoo，B. Saitta，M. Salomoni，D. Sanchez Gonzalo，C. Sanchez Gras，R. Santacesaria，C. Santamarina Rios，M. Santimaria，E. Santovetti，D. Saranin，G. Sarpis，M. Sarpis，A. Sarti，C. Satriano，A. Satta，M. Saur，D. Savrina，H. Sazak，L.G. Scantlebury Smead，A. Scarabotto，S. Schael，M. Schiller，H. Schindler，M. Schmelling，B. Schmidt，O. Schneider，A. Schopper，M. Schubiger，S. Schulte，M. H. Schune，R. Schwemmer，B. Sciascia，S. Sellam，A. Semennikov，M. Senghi Soares，A. Sergi，N. Serra，L. Sestini，A. Seuthe，P. Seyfert，Y. Shang，D. M. Shangase，M. Shapkin，I. Shchemerov，L. Shchutska，T. Shears，L. Shekhtman，Z. Shen，V. Shevchenko，E. B. Shields，E. Shmanin，J. D. Shupperd，B. G. Siddi，R. Silva Coutinho，G. Simi，S. Simone，N. Skidmore，T. Skwarnicki，M. W. Slater，I. Slazyk，J. C. Smallwood，J. G. Smeaton，A. Smetkina，E. Smith，M. Smith，A. Snoch，M. Soares，L. Soares Lavra，M. D. Sokolof，F. J. P. Soler，A. Solovev，I. Solovyev，F. L. Souza De Almeida，B. Souza De Paula，B. Spaan，E. Spadaro Norella，P. Spradlin，F. Stagni，M. Stahl，S. Stahl，P. Stefko，O. Steinkamp，O. Stenyakin，H. Stevens，S. Stone，M. E. Stramaglia，M. Straticiuc，D. Strekalina，F. Suljik，J. Sun，L. Sun，Y. Sun，P. Svihra，P. N. Swallow，K. Swientek，A. Szabelski，T. Szumlak，M. Szymanski，S. Taneja，A. R. Tanner，A. Terentev，F. Teubert，E. Thomas，K. A. Thomson，V. Tisserand，S. T’Jampens，M. Tobin，L. Tomassetti，D. Torres Machado，D. Y. Tou，M. T. Tran，E. Trifonova，C. Trippl，G. Tuci，A. Tully，N. Tuning，A. Ukleja，D. J. Unverzagt，E. Ursov，A. Usachov，A. Ustyuzhanin，U. Uwer，A. Vagner，V. Vagnoni，A. Valassi，G. Valenti，N. Valls Canudas，M. van Beuzekom，M. Van Dijk，E. van Herwijnen，C. B. Van Hulse，M. van Veghel，R. Vazquez Gomez，P. Vazquez Regueiro，C. Vázquez Sierra，S. Vecchi，J. J. Velthuis，M. Veltri，A. Venkateswaran，M. Veronesi，M. Vesterinen，D. Vieira，M. Vieites Diaz，H. Viemann，X. Vilasis-Cardona，E. Vilella Figueras，A. Villa，P. Vincent，D. Vom Bruch，A. Vorobyev，V. Vorobyev，N. Voropaev，K. Vos，R. Waldi，J. Walsh，C. Wang，J. Wang，J. Wang，J. Wang，J. Wang，M. Wang，R. Wang，Y. Wang，Z. Wang，Z. Wang，H. M. Wark，N. K. Watson，S. G. Weber，D. Websdale，C. Weisser，B. D. C. Westhenry，D. J. White，M. Whitehead，D. Wiedner，G. Wilkinson，M. Wilkinson，I. Williams，M. Williams，M. R. J. Williams，F. F. Wilson，W. Wislicki，M. Witek，L. Witola，G. Wormser，S. A. Wotton，H. Wu，K. Wyllie，Z. Xiang，D. Xiao，Y. Xie，A. Xu，J. Xu，L. Xu，M. Xu，Q. Xu，Z. Xu，Z. Xu，D. Yang，S. Yang，Y. Yang，Z. Yang，Z. Yang，Y. Yao，L. E. Yeomans，H. Yin，J. Yu，X. Yuan，O. Yushchenko，E. Zafaroni，M. Zavertyaev，M. Zdybal，O. Zenaiev，M. Zeng，D. Zhang，L. Zhang，S. Zhang，Y. Zhang，Y. Zhang，A. Zharkova，A. Zhelezov，Y. Zheng，X. Zhou，Y. Zhou，X. Zhu，Z. Zhu，V. Zhukov，J. B. Zonneveld，Q. Zou，S. Zucchelli，D. Zuliani，G. Zunica（Nikhef National Institute for Subatomic Physics；Physik-Institut，Universit?t Zürich；Oliver Lodge Laboratory，University of Liverpool；Instituto Galego de Física de Altas Enerxías （IGFAE），Universidade de Santiago de Compostela；H.H. Wills Physics Laboratory，University of Bristol；Université Clermont Auvergne；University of Michigan，Ann Arbor，United States；INFN Sezione di Milano；University of Cincinnati；Fakult?t Physik，Technische Universit?t Dortmund；European Organization for Nuclear Research （CERN）；School of Physics and Astronomy，University of Glasgow；ICCUB，Universitat de Barcelona；Department of Physics and Astronomy，University of Manchester；Petersburg Nuclear Physics Institute NRC Kurchatov Institute （PNPI NRC KI）；Cavendish Laboratory，University of Cambridge；Universidade Federal do Rio de Janeiro （UFRJ）；Université Paris-Saclay；INFN Sezione di Firenze；INFN Sezione di Ferrara；Physikalisches Institut，Ruprecht-Karls-Universit?t Heidelberg；Institute for High Energy Physics NRC Kurchatov Institute （IHEP NRC KI）；Syracuse University；Yandex School of Data Analysis；Aix Marseille Univ；Laboratoire Leprince-Ringuet，CNRS/IN2P3，Ecole Polytechnique，Institut Polytechnique de Paris；Institute of Physics，Ecole Polytechnique Fédérale de Lausanne （EPFL）；Department of Physics，University of Warwick；Centro Brasileiro de Pesquisas Físicas （CBPF）；Imperial College London；INFN Sezione di Genova；National University of Science and Technology “MISIS”；I. Physikalisches Institut，RWTH Aachen University；INFN Sezione di Pisa；INFN Sezione di Cagliari；Institute of Nuclear Physics，Moscow State University （SINP MSU）；Institute of Theoretical and Experimental Physics NRC Kurchatov Institute （ITEP NRC KI）；INFN Laboratori Nazionali di Frascati；LPNHE，Sorbonne Université，Paris Diderot Sorbonne Paris Cité；Universita degli Studi di Padova，Universita e INFN；Henryk Niewodniczanski Institute of Nuclear Physics Polish Academy of Sciences；School of Physics and Technology，Wuhan University；University of Birmingham；Università di Modena e Reggio Emilia；Department of Physics，University of Oxford；National Research University Higher School of Economics；Budker Institute of Nuclear Physics （SB RAS）；University of Maryland；Guangdong Provencial Key Laboratory of Nuclear Science，Institute of Quantum Matter，South China Normal University；Institute for Nuclear Research of the Russian Academy of Sciences （INR RAS）；Università di Ferrara；INFN Sezione di Milano-Bicocca；Università di Milano Bicocca；DS4DS，La Salle，Universitat Ramon Llull；University of Chinese Academy of Sciences；INFN Sezione di Bologna；Università di Bologna；INFN Sezione di Roma Tor Vergata；Institute Of High Energy Physics （IHEP）；Univ. Savoie Mont Blanc，CNRS；Center for High Energy Physics，Tsinghua University；School of Physics and Astronomy，University of Edinburgh；Horia Hulubei National Institute of Physics and Nuclear Engineering；INFN Sezione di Bari；Università di Bari；Massachusetts Institute of Technology；Los Alamos National Laboratory （LANL）；Van Swinderen Institute，University of Groningen；Universiteit Maastricht；AGH-University of Science and Technology，Faculty of Physics and Applied Computer Science；Università di Cagliari；Eotvos Lorand University；Institute for Nuclear Research of the National Academy of Sciences （KINR）；School of Physics，University College Dublin；NSC Kharkiv Institute of Physics and Technology （NSC KIPT）；INFN Sezione di Perugia；STFC Rutherford Appleton Laboratory；School of Physics and Astronomy，Monash University；Novosibirsk State University；Department of Physics and Astronomy，Uppsala University；University of Michigan；Università di Genova；School of Physics State Key Laboratory of Nuclear Physics and Technology，Peking University；National Center for Nuclear Research （NCBJ）；Università di Roma Tor Vergata；Pontifícia Universidade Católica do Rio de Janeiro （PUC-Rio）；Universidade Federal do Tria?ngulo Mineiro （UFTM）；Institute of Particle Physics，Central China Normal University；Hangzhou Institute for Advanced Study，UCAS；Instituto de Fisica Corpuscular，Centro Mixto Universidad de Valencia-CSIC；Nikhef National Institute for Subatomic Physics and VU University Amsterdam；National Research Tomsk Polytechnic University；AGH-University of Science and Technology，Faculty of Computer Science，Electronics and Telecommunications；qUniversità di Siena；Università di Padova；Scuola Normale Superiore；National Research Centre Kurchatov Institute；Università degli Studi di Milano；MSU-Iligan Institute of Technology （MSU-IIT）；Università di Firenze；INFN Sezione di Roma La Sapienza；Institut für Physik，Universit?t Rostock；Departamento de Fisica，Universidad Nacional de Colombia；Universit?t Bonn-Helmholtz-Institut für Strahlen und Kernphysik；nstitute of Physics，Ecole Polytechnique Fédérale de Lausanne （EPFL）；Hanoi University of Science；GH-University of Science and Technology，Faculty of Physics and Applied Computer Science；epartment of Physics and Astronomy，University of Manchester；P.N. Lebedev Physical Institute，Russian Academy of Science （LPI RAS）；Università di Pisa；Università della Basilicata；Max-Planck-Institut für Kernphysik （MPIK）；Università di Urbino；Physics and Micro Electronic College，Hunan University）.Search for the doubly charmed baryon ?_cc⁺[J].中国科学(物理学、力学、天文学英文版),2021,第10期 Zhi Li¹，Shengli Zhang¹，Takami Tohyama²，Xiufeng Song¹，Yu Gu¹，Toshiaki Iitaka³，Haibin Su⁴，Haibo Zeng¹（MIIT Key Laboratory of Advanced Display Materials and Devices，Ministry of Industry and Information Technology，Institute of Optoelectronics& Nanomaterials，Nanjing University of Science and Technology；Department of Applied Physics，Tokyo University of Science；Discrete Event Simulation Research Team，RIKEN Center for Computational Science；Department of Chemistry，The Hong Kong University of Science and Technology）.Optical detection of quantum geometric tensor in intrinsic semiconductors[J].Science China(Physics,Mechanics & Astronomy),2021,第10期 Chuang Zhang¹，Zhongchang Song^1,2，Steven W.Thornton³，Erqian Dong¹，Peizheng Cao¹，Feng Ye⁴，Xianyan Wang⁵，Yu Zhang^1,6（Key Laboratory of Underwater Acoustic Communication and Marine Information Technology of the Ministry of Education，College of Ocean and Earth Sciences，Xiamen University；State Key Laboratory of Marine Environmental Science，College of the Environment and Ecology，Xiamen University；Department of Biology and Marine Biology，University of North Carolina Wilmington；Affiliated Zhongshan Hospital of Xiamen University；Third Institute of Oceanography，Ministry of Natural Resources；State Key Laboratory of Marine Environmental Science，College of Ocean and Earth Sciences，Xiamen University）.Ultrasound beam shift induced by short-beaked common dolphin’s（Delphinus delphis） tissues as an attenuating gradient material[J].Science China(Physics,Mechanics & Astronomy),2021,第10期 Long Li¹，Jinglei Hu^2,3，Huaping Wu⁴，Fan Song^1,5（State Key Laboratory of Nonlinear Mechanics (LNM) and Beijing Key Laboratory of Engineered Construction and Mechanobiology，Institute of Mechanics，Chinese Academy of Sciences；Kuang Yaming Honors School & Institute for Brain Sciences，Nanjing University；Shenzhen Research Institute，Nanjing University；College of Mechanical Engineering，Zhejiang University of Technology；School of Engineering Science，University of Chinese Academy of Sciences）.Cis-interaction of ligands on a supported lipid bilayer afects their binding to cell adhesion receptors[J].Science China(Physics,Mechanics & Astronomy),2021,第10期 Dong-Ling Deng（Center for Quantum Information，Institute for Interdisciplinary Information Science，Tsinghua University；Shanghai Qi Zhi Institute）.Quantum enhanced convolutional neural networks for NISQ computers[J].Science China(Physics,Mechanics & Astronomy),2021,第10期 Heng Fan（Institute of Physics，Chinese Academy of Sciences）.Exponential speedup of quantum Newton optimization algorithm for general polynomials[J].Science China(Physics,Mechanics & Astronomy),2021,第10期 Hai-Hu Wen（National Laboratory of Solid State Microstructures and Department of Physics，Collaborative Innovation Center of Advanced Microstructures，Nanjing University）.Superconducting gap opens fully in the newly found topological kagome metal CsV₃Sb₅[J].Science China(Physics,Mechanics & Astronomy),2021,第10期 Aaij R Abellan Beteta C Ackernley T Adeva B Adinolfi M Afsharnia H Aidala C A Aiola S Ajaltouni Z Akar S Albrecht J Alessio F Alexander M Alfonso Albero A Aliouche Z Alkhazov G Alvarez Cartelle P Amato S Amhis Y An L Anderlini L Andreianov A Andreotti M Archilli F Artamonov A Artuso M Arzymatov K Aslanides E Atzeni M Audurier B Bachmann S Bachmayer M Back J J Baladron Rodriguez P Balagura V Baldini W Baptista Leite J Barlow R J Barsuk S Barter W Bartolini M Baryshnikov F Basels J M Bassi G Batsukh B Battig A Bay A Becker M Bedeschi F Bediaga I Beiter A Belavin V Belin S Bellee V Belous K Belov I Belyaev I Bencivenni G Ben-Haim E Berezhnoy A Bernet R Berninghof D Bernstein H C Bertella C Bertolin A Betancourt C Betti F Bezshyiko I Bhasin S Bhom J Bian L Bieker M S Bifani S Billoir P Birch M Bishop F C R Bitadze A Bizzeti A Bjorn M Blago M P Blake T Blanc F Blusk S Bobulska D Boelhauve J A Boente Garcia O Boettcher T Boldyrev A Bondar A Bondar N Borghi S Borisyak M Borsato M Borsuk J T Bouchiba S A Bowcock T J V Boyer A Bozzi C Bradley M J Braun S Brea Rodriguez A Brodski M Brodzicka J Brossa Gonzalo A Brundu D Buonaura A Burr C Bursche A Butkevich A Butter J S Buytaert J Byczynski W Cadeddu S Cai H Calabrese R Calefice L Calero Diaz L Cali S Calladine R Calvi M Calvo Gomez M Camargo Magalhaes P Campana P Campoverde Quezada A F Capelli S Capriotti L Carbone A（HWills Physics Laboratory， University of Bristol， UK， Bristol;⁶Universite Clermont Auvergne， CNRS/IN2P3， LPC， France， Clermont-Ferrand;⁷University of Michigan， United States， Ann Arbor;⁸INFN Sezione di Milano， Italy， Milano;⁹University of Cincinnati， USA， Cincinnati;¹⁰Fakultat Physik， Technische Universitat Dortmund， Germany， Dortmund;¹¹European Organization for Nuclear Research(CERN)， Switzerland， Geneva;¹²School of Physics and Astronomy， University of Glasgow， UK， Glasgow;¹³ICCUB， Universitat de Barcelona， Spain， Barcelona;¹⁴Department of Physics and Astronomy， University of Manchester， UK， Manchester;¹⁵Petersburg Nuclear Physics Institute NRC Kurchatov Institute(PNPI NRC KI)， Russia， Gatchina;¹⁶Cavendish Laboratory， University of Cambridge， UK， Cambridge;¹⁷Universidade Federal do Rio de Janeiro(UFRJ)， Brazil， Rio de Janeiro;¹⁸Universite Paris-Saclay， CNRS/IN2P3， IJCLab， France， Orsay;¹⁹INFN Sezione di Firenze， Italy， Firenze;²⁰INFN Sezione di Ferrara， Italy， Ferrara;²¹Physikalisches Institut， Ruprecht-Karls-Universitat Heidelberg， Germany， Heidelberg;²²Institute for High Energy Physics NRC Kurchatov Institute(IHEP NRC KI)， Protvino， Russia， Russia， Protvino;²³Syracuse University， USA， Syracuse;²⁴Yandex School of Data Analysis， RussiaMoscow;²⁵Aix Marseille Univ， CNRS/IN2P3， CPPM， France， Marseille;²⁶Laboratoire Leprince-Ringuet， CNRS/IN2P3， Ecole Polytechnique， Institut Polytechnique de Paris， France， Palaiseau;²⁷Institute of Physics， Ecole Polytechnique Federale de Lausanne(EPFL)， Switzerland， Lausanne;²⁸Department of Physics， University of Warwick， UK， Coventry;²⁹Centro Brasileiro de Pesquisas Fisicas(CBPF)， Brazil， Rio de Janeiro;³⁰Imperial College London， UK， London;³¹INFN Sezione di Genova， Italy， Genova;³²National University of Science and Technology "MISIS"， RussiaMoscow;³³IPhysikalisches Institut， RWTH Aachen University， Germany， Aachen;³⁴INFN Sezione di Pisa， Italy， Pisa;³⁵INFN Sezione di Cagliari， Italy， Monserrato;³⁶Institute of Nuclear Physics， Moscow State University(SINP MSU)， RussiaMoscow;³⁷Institute of Theoretical and Experimental Physics NRC Kurchatov Institute(ITEP NRC KI)， RussiaMoscow;³⁸INFN Laboratori Nazionali di Frascati， Italy， Frascati;³⁹LPNHE， Sorbonne Universite， Paris Diderot Sorbonne Paris Cite， CNRS/IN2P3， France， Paris;⁴⁰Universita degli Studi di Padova， Universita e INFN， Padova， Italy， Padova;⁴¹Henryk Niewodniczanski Institute of Nuclear Physics Polish Academy of Sciences， Poland， Krakow;⁴²School of Physics and Technology， Wuhan University， Wuhan， 430072;⁴³University of Birmingham， UK， Birmingham;⁴⁴Universita di Modena e Reggio Emilia， Italy， Modena;⁴⁵Department of Physics， University of Oxford， UK， Oxford;⁴⁶National Research University Higher School of Economics， RussiaMoscow;⁴⁷Budker Institute of Nuclear Physics(SB RAS)， Russia， Novosibirsk;⁴⁸University of Maryland， USA， College Park;⁴⁹Institute of Quantum Matter， South China Normal University， Guangdong Provencial Key Laboratory of Nuclear Science， Guangzhou， 510631;⁵⁰Institute for Nuclear Research of the Russian Academy of Sciences(INR RAS)， RussiaMoscow;⁵¹Universita di Ferrara， Italy， Ferrara;⁵²INFN Sezione di Milano-Bicocca， Italy， Milano;⁵³Universita di Milano Bicocca， Italy， Milano;⁵⁴DS4DS， La Salle， Universitat Ramon Llull， Spain， Barcelona;⁵⁵University of Chinese Academy of Sciences， Beijing， 100086;⁵⁶INFN Sezione di Bologna， Italy， Bologna;⁵⁷Universita di Bologna， Italy， Bologna）.Search for the doubly charmed baryon Ω_(cc)~+[J].Science China(Physics, Mechanics & Astronomy),2021,第10期 RongGen Cai（CAS Key Laboratory of Theoretical Physics，Institute of Theoretical Physics，Chinese Academy of Sciences）.Hunting the doubly charmed baryon with strangeness[J].Science China(Physics,Mechanics & Astronomy),2021,第10期 Hai-Qing Lin（Beijing Computational Science Research Center）.Nodeless superconductivity in a vanadium kagome metal[J].Science China(Physics,Mechanics & Astronomy),2021,第10期 Junhua Liu^1,2，Kwan Hui Lim^1,2，Kristin L.Wood³，Wei Huang⁴，Chu Guo⁵，He-Liang Huang^6,7,8（Information Systems Technology and Design，Singapore University of Technology and Design；Forth AI；College of Engineering，Design and Computing，University of Colorado Denver；Guangxi Key Laboratory of Optoelectronic Information Processing，Guilin University of Electronic Technology；Key Laboratory of Low-Dimensional Quantum Structures and Quantum Control of Ministry of Education，Department of Physics and Synergetic Innovation Center for Quantum Effects and Applications，Hunan Normal University；Hefei National Laboratory for Physical Sciences at Microscale and Department of Modern Physics，University of Science and Technology of China；Shanghai Branch，CAS Centre for Excellence and Synergetic Innovation Centre in Quantum Information and Quantum Physics，University of Science and Technology of China；Henan Key Laboratory of Quantum Information and Cryptography）.Hybrid quantum-classical convolutional neural networks[J].Science China(Physics,Mechanics & Astronomy),2021,第9期 Ru Zhang¹，Chen Yang¹，ZhenZhong Hao¹，Di Jia¹，Qiang Luo¹，DaHuai Zheng¹，HongDe Liu¹，XuanYi Yu¹，Feng Gao¹，Fang Bo^1,2,3，YongFa Kong¹，GuoQuan Zhang¹，JingJun Xu¹（MOE Key Laboratory of Weak-Light Nonlinear Photonics，TEDA Institute of Applied Physics and School of Physics，Nankai University；Collaborative Innovation Center of Extreme Optics，Shanxi University；Collaborative Innovation Center of Light Manipulations and Applications，Shandong Normal University）.Integrated lithium niobate single-mode lasers by the Vernier effect[J].Science China(Physics,Mechanics & Astronomy),2021,第9期 LangTing Zhang¹，YaJuan Duan¹，Daniel Crespo²，Eloi Pineda²，YunJiang Wang^3,4，Jean-Marc Pelletier⁵，JiChao Qiao¹（School of Mechanics，Civil Engineering and Architecture，Northwestern Polytechnical University；Department of Physics，Barcelona Research Center in Multiscale Science and Technology，Institute of Energy Technologies，Universitat Politècnica de Catalunya；State Key Laboratory of Nonlinear Mechanics，Institute of Mechanics，Chinese Academy of Sciences；School of Engineering Science，University of Chinese Academy of Sciences；MATEIS，UMR CNRS5510，Université de Lyon）.Dynamic mechanical relaxation and thermal creep of high-entropy La₃₀Ce₃₀Ni₁₀Al₂₀Co₁₀ bulk metallic glass[J].Science China(Physics,Mechanics & Astronomy),2021,第9期 Xuecai Zhang¹，Junhong Deng^1,2，Mingke Jin¹，Yang Li¹，Ningbin Mao¹，Yutao Tang¹，Xuan Liu¹，Wenfeng Cai³，Yao Wang⁴，Kingfai Li¹，Yanjun Liu³，Guixin Li^1,2（Department of Materials Science and Engineering，Southern University of Science and Technology；Shenzhen Institute for Quantum Science and Engineering，Southern University of Science and Technology；Department of Electrical and Electronic Engineering，Southern University of Science and Technology；Materials Characterization and Preparation Center，Southern University of Science and Technology）.Giant enhancement of second-harmonic generation from a nanocavity metasurface[J].Science China(Physics,Mechanics & Astronomy),2021,第9期 MengYu Zong¹，YuQian Zu¹，Jia Guo²，Zhen Zhang^3,4，JingJing Liu¹，YanQi Ge²，Jie Liu¹，LiangBi Su^3,4（Shandong Provincial Engineering and Technical Center of Light Manipulations & Shandong Provincial Key Laboratory of Optics and Photonic Device，School of Physics and Electronics，Shandong Normal University；Institute of Microscale Optoelectronics，Collaborative Innovation Center for Optoelectronic Science & Technology，Key Laboratory of Optoelectronic Devices and Systems of Ministry of Education and Guangdong Province，College of Physics and Optoelectronic Engineering，Shenzhen Key Laboratory of Micro-Nano Photonic Information Technology，Guangdong Laboratory of Artificial Intelligence and Digital Economy (SZ)，Shenzhen University；State Key Laboratory of High Performance Ceramics and Superfine Microstructure，Shanghai Institute of Ceramics，Chinese Academy of Sciences；Center of Materials Science and Optoelectronics Engineering，University of Chinese Academy of Sciences）.Broadband nonlinear optical response of graphdiyne for mid-infrared solid-state lasers[J].Science China(Physics,Mechanics & Astronomy),2021,第9期 Xiaoli Ma¹，Yimeng Wang²，Yunyu Yin¹，Binbin Yue³，Jianhong Dai¹，Jinguang Cheng^1,4，Jianting Ji¹，Feng Jin¹，Fang Hong^1,4,5，Jian-Tao Wang^1,4,5，Qingming Zhang^6,1，Xiaohui Yu^1,4,5（Beijing National Laboratory for Condensed Matter Physics，Institute of Physics，Chinese Academy of Sciences；Department of Physics，Renmin University of China；Center for High Pressure Science and Technology Advanced Research；School of Physical Sciences，University of Chinese Academy of Sciences；Songshan Lake Materials Laboratory；School of Physical Science and Technology，Lanzhou University）.Dimensional crossover tuned by pressure in layered magnetic NiPS₃[J].Science China(Physics,Mechanics & Astronomy),2021,第9期 Fang Li¹，Shujin Deng¹，Liang Zhang¹，Jiahui Xia¹，Licheng Yi¹，Haibin Wu^1,2（State Key Laboratory of Precision Spectroscopy，East China Normal University；NYU-ECNU Institute of Physics at NYU Shanghai）.Light induced space-time patterns in a superfluid Fermi gas[J].Science China(Physics,Mechanics & Astronomy),2021,第9期 Yang Liu¹，Yan Kuai¹，Qiwen Zhan²，Joseph R.Lakowicz³，Douguo Zhang¹（Advanced Laser Technology Laboratory of Anhui Province，Department of Optics and Optical Engineering，University of Science and Technology of China；School of Optical-Electrical and Computer Engineering，University of Shanghai for Science and Technology；Center for Fluorescence Spectroscopy，Department of Biochemistry and Molecular Biology，University of Maryland School of Medicine）.Wide-field optical sizing of single nanoparticles with 10 nm accuracy[J].Science China(Physics,Mechanics & Astronomy),2021,第9期首页上一页 1 2 3 4 5 下一页尾页共有7页，转到页

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