Lorentz violation and the electron-ion collider

We investigate the prospects for detecting violations of Lorentz symmetry in unpolarized deep inelastic electron-proton scattering in the context of the future electron-ion collider. Simulated differential cross-section data are used to place expected bounds on a class of quark-sector coefficients for Lorentz violation that induce sidereal time dependence in the scattering cross section. We find that, with 100     fb$^{−1}$ of integrated luminosity, the expected bounds are in the 10 $^{−5}$ – 10$^{−7}$ range and are roughly two orders of magnitude stronger than those that can be extracted from existing HERA data. We also discuss the possibility of extracting bounds on the remaining time-independent coefficients.


Publication Date:
Dec 10 2018
Date Submitted:
Jun 28 2019
Citation:
Physical Review D
98
11
External Resources:




 Record created 2019-06-28, last modified 2019-08-06


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