The Fermilab Muon g-2 experiment has now completed its analysis of the entire Run 1–6 data set, reaching a final precision of 0.12 ppm on the muon anomalous magnetic moment . I will outline the key experimental advances that enabled this result: refined magnetic-field mapping, upgraded beam dynamics modeling, improved calorimeter calibration, optimized offline production workflows and...
Quantum computing has arisen as a transformative approach capable of addressing complex computational challenges beyond the reach of classical systems. In recent years, significant attention has turned to leveraging quantum algorithms across diverse domains, particularly High Energy Physics (HEP). This presentation offers a comprehensive survey of quantum machine learning techniques and their...
