According to @LIGO, observatories use advanced laser interferometry to detect gravitational waves by measuring length differences as small as 1/10,000 the size of a proton. Achieving this sensitivity requires isolating detector mirrors from environmental noise, a challenge now addressed through AI-powered stabilization and noise reduction algorithms. AI technologies are increasingly integrated to process vast sensor data, automate anomaly detection, and enhance real-time control, enabling more accurate gravitational wave measurements and opening new business opportunities for AI providers in scientific instrumentation (source: LIGO, 2024).