M
Meng Cheng
Researcher at Yale University
Publications - 116
Citations - 4034
Meng Cheng is an academic researcher from Yale University. The author has contributed to research in topics: Topological order & Symmetry (physics). The author has an hindex of 34, co-authored 105 publications receiving 3223 citations. Previous affiliations of Meng Cheng include University of Maryland, College Park & University of California, Santa Barbara.
Papers
More filters
Journal ArticleDOI
Evidence for top quark production in p̄p collisions at √s=1.8 TeV
F. Abe,M. G. Albrow,S. R. Amendolia,D. Amidei,J. Antos,C. Anway-Wiese,G. Apollinari,H. Areti,P. Auchincloss,M. Austern,F. Azfar,P. Azzi,N. Bacchetta,W. Badgett,M. W. Bailey,J. Bao,P. de Barbaro,A. Barbaro-Galtieri,V. E. Barnes,B. A. Barnett,P. Bartalini,G. Bauer,T. Baumann,F. Bedeschi,S. Behrends,S. Belforte,G. Bellettini,J. Bellinger,D. Benjamin,Jose M. Benlloch,J. Bensinger,D. Benton,A. Beretvas,J. P. Berge,S. Bertolucci,A. Bhatti,K. Biery,M. Binkley,F. Bird,D. Bisello,R. E. Blair,C. Blocker,A. Bodek,V. Bolognesi,D. Bortoletto,C. Boswell,T. Boulos,G. Brandenburg,E. Buckley-Geer,H. S. Budd,K. Burkett,G. Busetto,A. Byon-Wagner,K. L. Byrum,C. Campagnari,M. Campbell,A. Caner,W. Carithers,D. Carlsmith,A. Castro,Y. Cen,F. Cervelli,John Wehrley Chapman,Meng Cheng,G. Chiarelli,T. Chikamatsu,S. Cihangir,A. G. Clark,Marina Cobal,M. Contreras,J. Conway,J. R. Cooper,M. Cordelli,D. P. Coupal,D. Crane,J. D. Cunningham,T. Daniels,F. Dejongh,S. Delchamps,S. Dell'Agnello,M. Dell'Orso,L. Demortier,B. Denby,M. Deninno,P. F. Derwent,T. Devlin,M. Dickson,S. Donati,R. B. Drucker,A. Dunn,K. Einsweiler,J. E. Elias,R. Ely,E. Engels,S. Eno,D. Errede,S. Errede,Q. Fan,B. Farhat,I. Fiori,B. Flaugher,G. W. Foster,M. Franklin,M. Frautschi,J. Freeman,J. Friedman,H. Frisch,A. Fry,T. A. Fuess,Y. Fukui,S. Funaki,G. Gagliardi,S. Galeotti,M. Gallinaro,A. F. Garfinkel,S. Geer,D. W. Gerdes,P. Giannetti,N. Giokaris,P. Giromini,L. Gladney,D. Glenzinski,M. Gold,J. Gonzalez,A. Gordon,A. T. Goshaw,K. Goulianos,H. Grassmann,A. Grewal,G. Grieco,L. Groer,C. Grosso-Pilcher,C. Haber,S. R. Hahn,R. Hamilton,R. Handler,R. M. Hans,K. Hara,B. Harral,R. M. Harris,S. A. Hauger,J. Hauser,C. Hawk,J. Heinrich,D. Cronin-Hennessy,R. Hollebeek,L. Holloway,A. Hölscher,S. Hong,G. Houk,P. Hu,B. T. Huffman,Richard Hughes,P. Hurst,J. Huston,J. Huth,J. Hylen,M. Incagli,J. Incandela,H. Iso,H. Jensen,C. P. Jessop,U. Joshi,R. W. Kadel,E. Kajfasz,T. Kamon,T. Kaneko,D. A. Kardelis,H. Kasha,Y. Kato,L. Keeble,R. D. Kennedy,R. Kephart,P. Kesten,D. Kestenbaum,R. M. Keup,H. Keutelian,F. Keyvan,D. H. Kim,H. S. Kim,Sangjin Kim,S. H. Kim,Y. K. Kim,L. E. Kirsch,P. Koehn,K. Kondo,J. Konigsberg,S. Kopp,K. Kordas,W. Koska,E. Kovacs,W. Kowald,M. Krasberg,J. Kroll,Mark Kruse,S. E. Kuhlmann,E. Kuns,A. T. Laasanen,S. Lammel,J. I. Lamoureux,T. Lecompte,S. Leone,J. D. Lewis,P. Limon,M. Lindgren,Tony Liss,N. Lockyer,O. Long,M. Loreti,E. H. Low,Jun Lu,D. Lucchesi,C. B. Luchini,P. Lukens,J. Lys,P. Maas,K. Maeshima,A. Maghakian,P. Maksimovic,M. Mangano,J. Mansour,M. Mariotti,J. P. Marriner,A. J. Martin,J. A J Matthews,R. Mattingly,Peter McIntyre,P. Melese,A. Menzione,E. Meschi,G. Michail,S. Mikamo,M. L. Miller,R. Miller,T. Mimashi,S. Miscetti,M. Mishina,H. Mitsushio,S. Miyashita,Y. Morita,S. Moulding,J. Mueller,A. Mukherjee,T. Muller,P. Musgrave,L. F. Nakae,I. Nakano,C. Nelson,D. Neuberger,C. Newman-Holmes,L. Nodulman,S. Ogawa,Saehanseul Oh,K. E. Ohl,R. Oishi,T. Okusawa,C. Pagliarone,R. Paoletti,V. Papadimitriou,S. Park,J. Patrick,G. Pauletta,M. Paulini,L. Pescara,M. D. Peters,T. J. Phillips,G. Piacentino,M. Pillai,R. Plunkett,L. Pondrom,N. Produit,J. Proudfoot,F. Ptohos,G. Punzi,K. Ragan,F. Rimondi,L. Ristori,M. Roach-Bellino,W. J. Robertson,T. Rodrigo,J. Romano,L. Rosenson,W. K. Sakumoto,D. Saltzberg,A. Sansoni,V. Scarpine,A. Schindler,P. Schlabach,E. E. Schmidt,M. P. Schmidt,O. Schneider,G. F. Sciacca,A. Scribano,S. Segler,S. Seidel,Y. Seiya,G. Sganos,A. Sgolacchia,M. Shapiro,N. M. Shaw,Q. Shen,P. F. Shepard,M. Shimojima,M. Shochet,J. Siegrist,A. Sill,P. Sinervo,P. Singh,J. Skarha,K. Sliwa,D. A. Smith,F. D. Snider,L. Song,T. Song,J. Spalding,L. Spiegel,P. Sphicas,A. Spies,L. Stanco,J. Steele,A. Stefanini,K. Strahl,J. Strait,D. Stuart,G. Sullivan,K. Sumorok,R. L. Swartz,T. Takahashi,K. Takikawa,F. Tartarelli,W. Taylor,Y. Teramoto,S. Tether,D. Theriot,J. H. Thomas,T. L. Thomas,R. Thun,M. Timko,Paul Tipton,A. Titov,S. Tkaczyk,K. Tollefson,A. Tollestrup,J. Tonnison,J. F. de Troconiz,J. Tseng,M. Turcotte,N. Turini,N. Uemura,F. Ukegawa,G. Unal,S. van den Brink,S. Vejcik,R. Vidal,M. Vondracek,R. G. Wagner,R. L. Wagner,N. Wainer,R. C. Walker,Gerald J. Wang,J. Wang,M. J. Wang,Qian Wang,A. Warburton,G. Watts,T. Watts,R. C. Webb,C. Wendt,H. Wenzel,W. C. Wester,T. Westhusing,A. B. Wicklund,R. Wilkinson,H. H. Williams,P. Wilson,B. L. Winer,J. Wolinski,D. Y. Wu,X. Wu,J. Wyss,A. Yagil,W. Yao,K. Yasuoka,Y. Ye,G. P. Yeh,P. Yeh,M. Yin,J. Yoh,T. Yoshida,D. Yovanovitch,I. Yu,J. C. Yun,A. Zanetti,F. Zetti,L. Zhang,S. Zhang,W. Zhang,S. Zucchelli +397 more
TL;DR: In this paper, a search for the top quark with the Collider Detector at Fermilab (CDF) in a sample of pp collisions at √s=1.8 TeV with an integrated luminosity of 19.3±0.7 pb−1 is summarized.
Journal ArticleDOI
Symmetry Fractionalization, Defects, and Gauging of Topological Phases
TL;DR: In this article, a comprehensive theory of symmetry fractionalization together with the properties of symmetry defects in topologically ordered phases of matter in two spatial dimensions was developed, and the full set of data, consistency conditions, and equivalences for a mathematical theory, known as a G-crossed braided tensor category, was introduced.
Posted Content
Symmetry, Defects, and Gauging of Topological Phases
TL;DR: In this paper, the authors examined the interplay of symmetry and topological order in topological phases of matter and derived a general framework to classify symmetry fractionalization in topology phases, including phases that are non-Abelian and symmetries that permute the quasiparticle types.
Journal ArticleDOI
Superconducting proximity effect on the edge of fractional topological insulators
TL;DR: In this paper, the superconducting proximity effect on the helical edge states of time-reversal-symmetric fractional topological insulators (FTI) was studied.
Journal ArticleDOI
Translational symmetry and microscopic constraints on symmetry-enriched topological phases: A view from the surface
TL;DR: This paper showed that momentum of particles in some exotic crystalline phases of matter can become fractionalized compared to that of a single particle, and they lay out a way to connect this phenomenon with bulk properties of the crystal.