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The H1 and ZEUS experiments are measuring diffractive interactions in ep collisions at HERA. Performing QCD fits of these data with NLO DGLAP, diffractive parton distribution functions can be calculated. These diffractive PDFs can be used…

High Energy Physics - Experiment · Physics 2007-05-23 Isabell-Alissandra Melzer-Pellmann

We investigate azimuthal correlations in deep inelastic diffractive scattering, e + p -> e + \tilde{p} + X. The dependence of the ep cross section on the angle between the lepton plane and some direction in the hadronic final state can be…

High Energy Physics - Phenomenology · Physics 2011-07-19 M. Diehl

The presence of two photon exchange in $ep$ elastic scattering and in the crossed processes ($\bar p +p\leftrightarrow \ell^+ +\ell^-$, $\ell=e$ or $\mu$) is discussed in terms of three complex amplitudes which are functions of two…

Nuclear Theory · Physics 2007-05-23 E. Tomasi-Gustafsson

Exceptional points (EPs) are complex singularities of parametric linear operators where two or more eigenvalues and eigenvectors coalesce. EPs are attracting increasing interest in mechanical metamaterials due to their strong potentials for…

Applied Physics · Physics 2022-04-05 Weidi Wang , Alireza V. Amirkhizi

Two-photon exchange (TPE) is one of the leading explanations for discrepancies in measurements of the proton electromagnetic form factors. It has been proposed that TPE could impact not only elastic scattering, but also the cross sections…

High Energy Physics - Phenomenology · Physics 2026-01-07 Henry T. Klest

The diffractive dissociation of virtual photons, gamma*p -> Xp, has been studied in ep interactions at HERA with the H1 and ZEUS detectors. The data are presented in terms of the diffractive structure function F2D and of the diffractive…

High Energy Physics - Experiment · Physics 2019-08-14 Marta Ruspa

We discuss effects of two-photon exchange (TPE) in various observables of the elastic ep-scattering. The imaginary part of the TPE amplitude manifests in target and beam normal spin asymmetries. The real part contributes to the…

High Energy Physics - Phenomenology · Physics 2008-12-03 A. P. Kobushkin , D. L. Borisyuk

The exclusive diffractive production of vector mesons and real photons in ep collisions has been studied at HERA in a wide kinematic range. Here we present the most recent experimental results together with a Regge-type model. We deduce the…

High Energy Physics - Experiment · Physics 2009-09-29 S. Fazio

We determine the fraction of events with double parton (DP) scattering in a single ppbar collision at sqrt{s}=1.96 TeV in samples of photon + 3 jet and photon + b/c jet + 2 jet events collected with the D0 detector and corresponding to an…

High Energy Physics - Experiment · Physics 2014-04-23 D0 Collaboration

The TOTEM 2.76, 7, 8, and 13 TeV pp elastic differential cross sections are extrapolated using a data-driven approach to obtain the 1.96 TeV pp elastic cross section. A difference with a 3.4$\sigma$ significance is observed between the…

High Energy Physics - Experiment · Physics 2021-09-15 Kenneth Österberg

Measurements are presented of diffractive open charm production at HERA. The event topology is given by ep -> eX Y where the system X contains at least one charmed hadron and is well separated by a large rapidity gap from a leading low-mass…

High Energy Physics - Experiment · Physics 2012-08-27 H1 Collaboration

A phenomenological model for the description of the single and double diffractive excitation in $pp$ collisions at high energies is presented. Considering the Good -- Walker approach, we propose a model for the eigenstates of the scattering…

High Energy Physics - Phenomenology · Physics 2020-05-14 M. Broilo , V. P. Goncalves , P. V. R. G. Silva

We use projected entangled-pair states (PEPS) to calculate the large deviations (LD) statistics of the dynamical activity of the two dimensional East model, and the two dimensional symmetric simple exclusion process (SSEP) with open…

Statistical Mechanics · Physics 2025-02-06 Luke Causer , Mari Carmen Bañuls , Juan P. Garrahan

The event generator Sar$t$re has been used extensively for simulations of electron-ion collisions in preparation for the Electron-Ion Collider (EIC). Sar$t$re simulates exclusive diffraction in $e$A collisions, in principle for any nuclear…

High Energy Physics - Phenomenology · Physics 2023-06-06 Jaswant Singh , Tobias Toll

This paper summarizes the Multiple Parton Interactions studies in CMS, focusing on the already performed low pT QCD measurements up to highest centre of mass energies of 7 TeV and discussing the plans for the direct measurement of the…

High Energy Physics - Experiment · Physics 2011-04-01 Paolo Bartalini , Livio Fano'

We describe an analysis comparing the $p\bar{p}$ elastic cross section as measured by the D0 Collaboration at a center-of-mass energy of 1.96 TeV to that in $pp$ collisions as measured by the TOTEM Collaboration at 2.76, 7, 8, and 13 TeV…

High Energy Physics - Experiment · Physics 2021-08-11 V. M. Abazov , B. Abbott , B. S. Acharya , M. Adams , T. Adams , J. P. Agnew , G. D. Alexeev , G. Alkhazov , A. Alton , G. A. Alves , G. Antchev , A. Askew , P. Aspell , A. C. S. Assis Jesus , I. Atanassov , S. Atkins , K. Augsten , V. Aushev , Y. Aushev , V. Avati , C. Avila , F. Badaud , J. Baechler , L. Bagby , C. Baldenegro Barrera , B. Baldin , D. V. Bandurin , S. Banerjee , E. Barberis , P. Baringer , J. Barreto , J. F. Bartlett , U. Bassler , V. Bazterra , A. Bean , M. Begalli , L. Bellantoni , V. Berardi , S. B. Beri , G. Bernardi , R. Bernhard , M. Berretti , I. Bertram , M. Besanccon , R. Beuselinck , P. C. Bhat , S. Bhatia , V. Bhatnagar , G. Blazey , S. Blessing , K. Bloom , A. Boehnlein , D. Boline , E. E. Boos , V. Borchsh , G. Borissov , M. Borysova , E. Bossini , U. Bottigli , M. Bozzo , A. Brandt , O. Brandt , M. Brochmann , R. Brock , A. Bross , D. Brown , X. B. Bu , M. Buehler , V. Buescher , V. Bunichev , S. Burdin , H. Burkhardt , C. P. Buszello , F. S. Cafagna , E. Camacho-P'erez , W. Carvahlo , B. C. K. Casey , H. Castilla-Valdez , M. G. Catanesi , S. Caughron , S. Chakrabarti , K. M. Chan , A. Chandra , E. Chapon , G. Chen , S. W. Cho , S. Choi , B. Choudhary , S. Cihangir , D. Claes , J. Clutter , M. Cooke , W. E. Cooper , M. Corcoran , F. Couderc , M. -C. Cousinou , M. Csan'ad , T. Cs"orgHo , J. Cuth , D. Cutts , A. Das , G. Davies , M. Deile , S. J. de Jong , E. De La Cruz-Burelo , F. De Leonardis , F. D'eliot , R. Demina , D. Denisov , S. P. Denisov , S. Desai , C. Deterre , K. DeVaughan , H. T. Diehl , M. Diesburg , P. F. Ding , A. Dominguez , M. Doubek , A. Drutskoy , D. Druzhkin , A. Dubey , L. V. Dudko , A. Duperrin , S. Dutt , M. Eads , D. Edmunds , K. Eggert , J. Ellison , V. D. Elvira , Y. Enari , V. Eremin , H. Evans , A. Evdokimov , V. N. Evdokimov , A. Faur'e , L. Feng , T. Ferbel , F. Ferro , F. Fiedler , A. Fiergolski , F. Filthaut , W. Fisher , H. E. Fisk , L. Forthomme , M. Fortner , H. Fox , J. Franc , S. Fuess , P. H. Garbincius , F. Garcia , A. Garcia-Bellido , J. A. Garc'ia-Gonz'alez , V. Gavrilov , W. Geng , V. Georgiev , C. E. Gerber , Y. Gershtein , S. Giani , G. Ginther , O. Gogota , G. Golovanov , P. D. Grannis , S. Greder , H. Greenlee , G. Grenier , Ph. Gris , J. -F. Grivaz , A. Grohsjean , S. Gr"unendahl , M. W. Gr"unewald , L. Grzanka , T. Guillemin , G. Gutierrez , P. Gutierrez , J. Haley , J. Hammerbauer , L. Han , K. Harder , A. Harel , J. M. Hauptman , J. Hays , T. Head , T. Hebbeker , D. Hedin , H. Hegab , A. P. Heinson , U. Heintz , C. Hensel , I. Heredia-De La Cruz , K. Herner , G. Hesketh , M. D. Hildreth , R. Hirosky , T. Hoang , J. D. Hobbs , B. Hoeneisen , J. Hogan , M. Hohlfeld , J. L. Holzbauer , I. Howley , Z. Hubacek , V. Hynek , I. Iashvili , Y. Ilchenko , R. Illingworth , T. Isidori , A. S. Ito , V. Ivanchenko , S. Jabeen , M. Jaffr'e , M. Janda , A. Jayasinghe , M. S. Jeong , R. Jesik , P. Jiang , K. Johns , E. Johnson , M. Johnson , A. Jonckheere , P. Jonsson , J. Joshi , A. W. Jung , A. Juste , E. Kajfasz , A. Karev , D. Karmanov , J. Kavspar , I. Katsanos , M. Kaur , B. Kaynak , R. Kehoe , S. Kermiche , N. Khalatyan , A. Khanov , A. Kharchilava , Y. N. Kharzheev , I. Kiselevich , J. M. Kohli , J. Kopal , A. V. Kozelov , J. Kraus , A. Kumar , V. Kundr'at , A. Kupco , T. Kurvca , V. A. Kuzmin , S. Lami , S. Lammers , G. Latino , P. Lebrun , H. S. Lee , S. W. Lee , W. M. Lee , X. Le , J. Lellouch , D. Li , H. Li , L. Li , Q. Z. Li , J. K. Lim , D. Lincoln , C. Lindsey , R. Linhart , J. Linnemann , V. V. Lipaev , R. Lipton , H. Liu , Y. Liu , A. Lobodenko , M. Lokajicek , M. V. Lokaj'ivcek , R. Lopes de Sa , L. Losurdo , F. Lucas Rodr'iguez , R. Luna-Garcia , A. L. Lyon , A. K. A. Maciel , M. Macr'i , R. Madar , R. Maga na-Villalba , M. Malawski , H. B. Malbouisson , S. Malik , V. L. Malyshev , J. Mansour , J. Mart'inez-Ortega , R. McCarthy , C. L. McGivern , M. M. Meijer , A. Melnitchouk , D. Menezes , P. G. Mercadante , M. Merkin , A. Meyer , J. Meyer , F. Miconi , N. Minafra , S. Minutoli , J. Molina , N. K. Mondal , H. Da Motta , M. Mulhearn , L. Mundim , T. Naaranoja , E. Nagy , M. Narain , R. Nayyar , H. A. Neal , J. P. Negret , F. Nemes , P. Neustroev , H. T. Nguyen , H. Niewiadomski , T. Nov'ak , T. Nunnemann , V. Oguri , E. Oliveri , F. Oljemark , J. Orduna , M. Oriunno , N. Osman , K. "Osterberg , A. Pal , P. Palazzi , N. Parashar , V. Parihar , S. K. Park , R. Partridge , N. Parua , R. Pasechnik , V. Passaro , A. Patwa , B. Penning , M. Perfilov , Z. Peroutka , Y. Peters , K. Petridis , G. Petrillo , P. P'etroff , M. -A. Pleier , V. M. Podstavkov , A. V. Popov , W. L. Prado Da Silva , M. Prewitt , D. Price , J. Proch'azka , N. Prokopenko , J. Qian , A. Quadt , B. Quinn , M. Quinto , T. G. Raben , E. Radermacher , M. Rangel , E. Radicioni , P. N. Ratoff , F. Ravotti , I. Razumov , I. Ripp-Baudot , F. Rizatdinova , E. Robutti , R. F. Rodrigues , M. Rominsky , A. Ross , C. Royon , P. Rubinov , R. Ruchti , G. Ruggiero , H. Saarikko , G. Sajot , V. D. Samoylenko , A. S'anchez-Hern'andez , M. P. Sanders , A. Santoro , A. S. Santos , G. Savage , M. Savitskyi , L. Sawyer , T. Scanlon , R. D. Schamberger , Y. Scheglov , H. Schellman , M. Schott , C. Schwanenberger , R. Schwienhorst , A. Scribano , J. Sekaric , H. Severini , E. Shabalina , V. Shary , S. Shaw , A. A. Shchukin , O. Shkola , V. Simak , J. Siroky , P. Skubic , P. Slattery , J. Smajek , W. Snoeys , G. R. Snow , J. Snow , S. Snyder , S. S"oldner-Rembold , L. Sonnenschein , K. Soustruznik , J. Stark , N. Stefaniuk , R. Stefanovitch , A. Ster , D. A. Stoyanova , M. Strauss , L. Suter , P. Svoisky , I. Szanyi , J. Sziklai , C. Taylor , E. Tcherniaev , M. Titov , V. V. Tokmenin , Y. -T. Tsai , D. Tsybychev , B. Tuchming , C. Tully , N. Turini , O. Urban , L. Uvarov , S. Uvarov , S. Uzunyan , V. Vacek , R. Van Kooten , W. M. van Leeuwen , N. Varelas , E. W. Varnes , I. A. Vasilyev , O. Vavroch , A. Y. Verkheev , L. S. Vertogradov , M. Verzocchi , M. Vesterinen , D. Vilanova , P. Vokac , H. D. Wahl , C. Wang , M. H. L. S. Wang , J. Warchol , G. Watts , M. Wayne , J. Weichert , J. Welti , L. Welty-Rieger , J. Williams , M. R. J. Williams , G. W. Wilson , M. Wobisch , D. R. Wood , T. R. Wyatt , Y. Xie , R. Yamada , S. Yang , T. Yasuda , Y. A. Yatsunenko , W. Ye , Z. Ye , H. Yin , K. Yip , S. W. Youn , J. M. Yu , J. Zennamo , T. G. Zhao , B. Zhou , J. Zhu , J. Zich , K. Zielinski , M. Zielinski , D. Zieminska , L. Zivkovic

The longitudinal structure function of the d(e,e'p) exclusive cross section is calculated with the Lorentz integral transform method. In this approach final state interaction is fully taken into account, but without using a final state wave…

Nuclear Theory · Physics 2009-11-06 Alessandro La Piana , Winfried Leidemann

Measurements are presented of single and double-differential dijet cross sections in diffractive photoproduction based on a data sample with an integrated luminosity of 47 pb^-1. The events are of the type ep -> eXY, where the hadronic…

High Energy Physics - Experiment · Physics 2012-08-27 H1 Collaboration

We calculate differential distributions for the $p p \to p p \gamma$ reaction at the LHC energy $\sqrt{s} = 14$ TeV. We consider diffractive classical bremsstrahlung mechanisms including effects of non point-like nature of protons. In…

High Energy Physics - Phenomenology · Physics 2015-06-15 Piotr Lebiedowicz , Antoni Szczurek

We calculate differential cross sections for exclusive double diffractive (EDD) production of open charm in proton-proton and proton-antiproton collisions. Sizeable cross sections are found. The EDD contribution constitutes about 1 % of the…

High Energy Physics - Phenomenology · Physics 2010-04-30 Rafal Maciula , Roman Pasechnik , Antoni Szczurek