donorspins
DonorSpins is a term used in quantum information science to describe spin qubits based on donor atoms embedded in a semiconductor host, most commonly phosphorus donors in silicon. The donor atom provides localized electronic and nuclear spin degrees of freedom that can serve as quantum bits for initialization, manipulation, and readout.
In a DonorSpins system, the qubit can be encoded in the electron spin of the donor, the
Control methods for DonorSpins include resonant microwave techniques for electron spins and radiofrequency methods for nuclear
The DonorSpins concept is closely associated with silicon-based quantum computing architectures, particularly the Kane proposal, which
Applications of DonorSpins include scalable quantum processors, quantum memories, and high-sensitivity quantum sensors. The field is