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The device consists of a 20\u2005cm-thick sensitive volume filled with xenon at atmospheric pressure. When the Compton-scattered photons interact with the xenon, the released photoelectrons create clouds of secondary ionization, which are imaged using the electroluminescence produced in a custom-made multi-hole acrylic structure. Photon-by-photon counting can be achieved by processing the resulting image, taken in a continuous readout mode. Based on <jats:italic>Geant4<\/jats:italic> simulations, by considering a realistic detector design and response, it is shown that photon rates up to at least 10<jats:sup>11<\/jats:sup>\u2005photons\u2005s<jats:sup>\u22121<\/jats:sup> on-sample (5\u2005\u00b5m water-equivalent cell) can be processed, limited by the spatial diffusion of the photoelectrons in the gas. 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