👉 Roulette Light Particles is an experimental particle physics setup that uses light to detect and study subatomic particles, particularly neutrinos. Unlike traditional detectors that rely on dense materials like water or ice to slow down particles, Roulette Light Particles employs a thin, transparent film of light-sensitive material. When a particle, such as a neutrino, interacts with this film, it causes a tiny disturbance that can be detected as a change in light intensity. This method leverages the unique properties of light to achieve high sensitivity and resolution, allowing scientists to observe rare interactions that would otherwise be difficult to detect. The setup's transparency makes it particularly useful for studying particles that pass through large volumes of material with minimal interaction, enhancing the efficiency and precision of particle detection.
