3.7—Quantum Inertial Sensing and Gravity Gradiometry With Atoms and Ultraprecise Lasers Immune to Vibration Noise

This invention combines a new set of tools for quantum sensing with an advanced feedback system that keeps laser-based traps—called optical lattices—extremely stable and controllable. Together, they allow scientists to precisely guide and measure the movement of atoms in multiple directions, enabling highly accurate sensing of motion, rotation and changes in gravity. These technologies could improve navigation systems in submarines, aircraft and spacecraft, and have applications in geophysics, energy exploration and future quantum computers where stability and precision are essential.

Inventor: Murray Holland (CU Boulder Physics)

Potential Applications: Aerospace, Hardware and Instrumentation, Sensors, Quantum