The ePIC detector will be the first detector at the upcoming Electron-Ion Collider (EIC)[1] at Brookhaven National Lab. The design of the detector is determined by the various physics goals of the EIC program, which include addressing the origin of the nucleon spin, the three-dimensional structure of the nucleon, the study of saturation effects, and the study of hadronisation. This ambitious...
The challenges posed by forthcoming high-energy physics experiments necessitate the development of particle detection technologies with very high tracking and timing performance, as well as robustness in harsh environments.
In this contribution, we present a summary of the R&D on the µ-RWELL technology, a single-amplification-stage resistive MPGD. The highlights of various tests performed...
The Electron-Ion Collider in China (EicC) has been proposed as a future high-intensity heavy-ion and electron accelerator experiment. It aims at the precise measurement of nucleon structure in the sea quark region, including the 3D tomography of nucleon, the partonic structure of nuclei, parton interactions with the nuclear environment, and investigation of exotic states, particularly those...
