Advancements in Calorimetry for the ePIC Experiment

The ePIC (Electron-Ion Collider) experiment is set to enhance our understanding of nuclear physics through advanced calorimetry techniques. In a recent paper titled "Calorimetry for the ePIC Experiment," authored by Henry T. Klest, the design and implementation of calorimeters for the ePIC detector are discussed. The ePIC experiment aims to deliver high-energy collisions of electrons with protons and nuclei, achieving luminosities up to 1000 times greater than previous experiments like HERA.

The paper outlines the necessity for precise measurements of both the scattered electrons and the hadronic final states, which are crucial for the physics objectives of the ePIC. To achieve this, the calorimeters are designed to maximize energy containment and acceptance across nearly the entire polar angle. This comprehensive coverage is essential for capturing the required physics processes effectively.

The calorimeter designs are tailored for the backward, central, and forward regions of the detector, ensuring that the energy from collisions is accurately measured. The findings from this research will contribute significantly to the experimental capabilities of the ePIC, potentially leading to new discoveries in the field of high-energy physics.

This work was submitted as proceedings for DIS2024 and is part of ongoing efforts to advance detector technologies in high-energy physics experiments. The full paper can be accessed through arXiv at the following link: arXiv:2408.11075.