Light-hopped

Light-hopping, also known as relay or θ-ODMR, is a technique used in quantum physics to study how light interacts with certain materials, like defects in diamonds. It involves exciting the material with a light pulse, then quickly changing the conditions to observe how the energy states evolve over time. This process allows scientists to understand the properties of these defects—such as their energy levels and how they respond to light—by tracking the flow of energy and electrons. Light-hopping provides insights into the quantum behavior of materials, crucial for developing advanced technologies like quantum computing and high-precision sensors.