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Our experimental work primarily centers on the Large Hadron Collider (LHC), the planet's most powerful particle accelerator, which explores physics phenomena at unprecedented energy levels. Initial investigations concentrated on discovering the Higgs boson and identifying signs of novel particle formation.
The UCR experimental team, including Professors Clare, Ellison, Gary, Hanson, Long, and Wimpenny, participates in the Compact Muon Solenoid (CMS) Collaboration - one of two major general-purpose experiments at the LHC. Currently, the UCR team comprises 4 postdoctoral researchers and 10 graduate students contributing to CMS projects.
Our campus resources feature a clean room for silicon module testing and a mid-scale Tier 3 computing system (320 processors with 170 terabytes of storage) linked to the Open Science Grid (OSG). This grid serves as the foundation for LHC computing in the United States and forms part of the global WLCG network.
Our analytical efforts span Higgs boson studies, Supersymmetry investigations, searches for massive neutrinos and other exotic phenomena, along with precise Top Quark measurements. Regarding hardware development, we're engaged with the CMS central silicon tracker, hadron calorimeter, and endcap muon detection systems.