Experimental Particle Physics

Physicists are smashing protons together at nearly the speed of light inside the Large Hadron Collider at CERN, and this team is building the detectors and software needed to capture what flies out. This is fundamental science. The research addresses a gap in our understanding of the universe at its most basic level—what particles exist, what forces govern them, and whether the Standard Model of particle physics holds up under extreme conditions. The team also works on data from the BaBar and H1 experiments, and contributes to design work for a future international linear collider. The potential impact is not immediate or practical. This is curiosity-driven research. It will not directly improve a medical scanner or a smartphone tomorrow. But fundamental particle physics has a long track record of producing unexpected tools—the World Wide Web was invented at CERN to share particle physics data, and particle detectors now underpin medical imaging and cancer therapy. A deeper understanding of matter and energy could, over decades, reshape what is technologically possible. For now, the goal is simply to see what happens when you push matter to its limits.