IIn recent years, a new field has been opened, bridging quantum information principles with high-energy physics at colliders. This novel direction explores whether successful techniques from analyzing quantum systems can be applied to collider physics. Entanglement, a hallmark of quantum systems, is investigated alongside other quantum-inspired observables like Bell's inequality violation, leveraging the highest energies ever attained. This interdisciplinary endeavor is rapidly advancing, promising insights into fundamental physics beyond the standard model and potential applications in quantum technology.
Matteo Franchini