LBL (Long Baseline) experiments

Long Baseline (LBL) experiments involve sending particles, such as neutrinos, over very long distances—often hundreds or thousands of kilometers—between a source and a detector. These experiments aim to study fundamental particle properties, like neutrino oscillations, by observing how particles change over large distances. The extended baseline allows scientists to detect subtle effects and better understand particle behavior, interactions, and the underlying physics of the universe. In essence, LBL experiments provide critical insights into the nature of neutrinos and help test theories in particle physics.