SciencePhoto: Phys.orgQuantum Calculations Explain Energy Loss in Spin Defects
Quantum calculations have revealed how spin defects in solid materials such as diamond or silicon carbide lose energy when excited by light. These defects, which can serve as stable qubits for quantum technologies like quantum sensing, undergo complex energetic changes over time. Understanding these processes is crucial for advancing spin defect applications in emerging quantum technologies.
Phys.org·




