SBL (Short Baseline) experiments

SBL (Short Baseline) experiments involve using a set of closely spaced detectors or antennas to study neutrinos or other particles. By placing sensors just meters apart, scientists can observe how particles change as they travel short distances, helping to identify possible new types or behaviors. These experiments are crucial for investigating anomalies in neutrino signals and testing theories about fundamental particles, offering precise measurements that can reveal subtle effects often missed in larger, more spread-out setups. Essentially, SBL experiments help us understand the tiny world of particles by focusing on short-distance interactions.