Laser method proposed to extend muon lifetime for science applications
London, UK (SPX) Jan 28, 2026
Unless they work in particle physics or a related discipline, most people are unlikely to have encountered muons, elementary particles that resemble electrons but are around 200 times heavier and interact only weakly with matter. This combination of properties enables muons to penetrate dense materials and be used in imaging techniques similar to X rays, but on the scale of large and heavy struc
Unless they work in particle physics or a related discipline, most people are unlikely to have encountered muons, elementary particles that resemble electrons but are around 200 times heavier and interact only weakly with matter. This combination of properties enables muons to penetrate dense materials and be used in imaging techniques similar to X rays, but on the scale of large and heavy struc