Accelerator-based Neutrino Experiments
We are a group of experimental physicists studying a property of elusive, ghostly particles called neutrinos, produced from a particle accelerator. Why is our universe dominated by matters (and very rare anti-matters)? Is there a new type of neutrino that could explain myterious signal observed by the past experiments? What's the physics behind supernova and how are neutrinos produced? Can we prove the Grand Unified Theory through a search of a proton decay? Our experimental programs aim to answer these intriguing questions using sophisticated particle imaging detectors and advanced data analysis methods including machine learning and statistical inference.
Find Out More About Neutrino Experiments at SLAC
Learn about our Detector R&D effort ranging from cold electronics to TPC design and construction.
Learn about our Machine Learning R&D for experimental neutrino physics.
We are involved in a variety of physics analyses including neutrino oscillation, supernova, dark matter and proton decay.
