The ALADDIN experiment at the LHC aims to measure the electromagnetic dipole moments of charm baryons, a powerful probe of physics within and beyond the Standard Model. Utilizing the phenomenon of particle channeling in bent crystals and a novel detector setup, ALADDIN overcomes challenges posed by short-lived particles, enabling precise spin-precession measurements. This initiative not only promises groundbreaking physics insights but also drives the develop- ment of advanced detectors and experimental techniques. With a compact design and minimal impact on LHC operations, ALADDIN represents a new frontier in fixed-target experiments and instrumentation. This proceeding will explore its physics potential, experimental innovations, and broader implications.
Simone Libralon (Fri,) studied this question.