Researchers develop molecular qubits that communicate at telecom frequencies
7 hours ago
- #telecom-compatibility
- #molecular-qubits
- #quantum-technology
- Scientists developed molecular qubits bridging light and magnetism, compatible with telecom frequencies.
- Molecular qubits enable future quantum networks (quantum internet) for secure communication and quantum computing.
- Erbium-based molecular qubits can act as nanoscale bridges between magnetism and optics.
- These qubits are compatible with silicon photonics, allowing integration into chips for compact quantum devices.
- The research combines quantum optics and synthetic chemistry to create versatile quantum systems.
- Molecular qubits could serve as highly sensitive quantum sensors in biological systems.
- The study demonstrates compatibility with existing optical infrastructure, accelerating quantum network development.
- Collaboration with UC Berkeley chemists was critical for optimizing molecular properties.
- The work opens doors for tailor-made quantum systems in networking, sensing, and computation.
- Supported by the U.S. Department of Energy’s Office of Science and Q-NEXT.