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Deeply virtual Compton scattering using a positron beam in Hall-C at Jefferson Lab

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arxiv 2105.06540 v2 pith:DK5WWEIP submitted 2021-05-13 nucl-ex

A. Afanasev , I. Albayrak , S. Ali , M. Amaryan , J. R. M. Annand , A. Asaturyan , V. Bellini , V. V. Berdnikov
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M. Boer K. Brinkmann W. J. Briscoe A. Camsonne M. Caudron L. Causse M. Carmignotto D. Day M. Defurne S. Diehl R. Ent P. Chatagnon R. Dupré D. Dutta M. Ehrhart M. A. I. Fernando T. Forest M. Guidal J. Grames P. Gueye S. Habet D. J. Hamilton A. Hobart T. Horn C. Hyde G. Kalicy D. Keller C. Keppel M. Kerver E. Kinney H.-S. Ko D. Marchand P. Markowitze M. Mazouz M. McCaughan B. McKinnon A. Mkrtchyan H. Mkrtchyan M. Muhoza C. Muñoz Camacho J. Murphy P. Nadel-Turonski S. Niccolai G. Niculescu R. Novotny R. Paremuzyan I. Pegg K. Price H. Rashad J. Roche R. Rondon B. Sawatzky V. Sergeyeva S. Širca A. Somov I. Strakovsky V. Tadevosyan R. Trotta H. Voskanyan E. Voutier B. Wojtsekhowski S. Wood S. Zhamkochyan J. Zhang S. Zhao C. Zorn
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abstract

We propose to use the High Momentum Spectrometer of Hall C combined with the Neutral Particle Spectrometer (NPS) to perform high precision measurements of the Deeply Virtual Compton Scattering (DVCS) cross section using a beam of positrons. The combination of measurements with oppositely charged incident beams is the only unambiguous way to disentangle the contribution of the DVCS$^2$ term in the photon electroproduction cross section from its interference with the Bethe-Heitler amplitude. This provides a stronger way to constrain the Generalized Parton Distributions of the nucleon. A wide range of kinematics accessible with an 11 GeV beam off an unpolarized proton target will be covered. The $Q^2-$dependence of each contribution will be measured independently.

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  1. Assessing the impact of the electron ion collider in China on Deeply Virtual Compton Scattering

    hep-ph 2025-12 conditional novelty 5.0 of 10

    Projected EicC DVCS asymmetry data would substantially reduce uncertainties on all leading-order Compton form factors, most strongly in the sea-quark region.

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