Hybrid trap

A hybrid trap combines different trapping methods, typically laser and magnetic fields, to hold and control ultracold atoms or molecules. The laser creates a focused light region that attracts particles, while magnetic fields manipulate their positions and states without physical contact. This approach allows precise control over the particles’ environment, enabling experiments in quantum physics and materials science. By integrating multiple techniques, hybrid traps improve stability, flexibility, and efficiency in trapping delicate quantum systems, facilitating advanced research into fundamental properties and potential applications like quantum computing.