Publications by authors named "Tobias Linkewitz"
Article Synopsis
- Optically addressable spin defects in silicon carbide (SiC) show promise for quantum information processing due to their compatibility with semiconductor fabrication techniques.
- Successful integration into nanophotonic structures is critical for scaling up to large quantum networks, but previous attempts have led to the degradation of spin-optical coherence.
- This study presents successful implantation of silicon vacancy centers (V) in SiC that maintain strong intrinsic properties, achieving high-quality photon emission and stable spin-coherence, enabling controlled operations on nuclear spin qubits for advanced quantum communication.
