Generation of Quality Pulses for Control of Qubit/Quantum Memory Spin States: Experimental and Simulation

This technical report presents simulation and experimental hardware development of pulsed modulated microwave/radio frequency electronic control circuitry for control of electron/nuclear spin states of qubits/quantum memory applicable to semiconductor, superconductor, ionic and superconductor-ionic hybrid technologies. As the pulse quality and need for development of single pulses with very high quality will impact directly the coherence time of the qubit/memory, we present as an example the integration of cryogenic superconductor components including filters and amplifiers to improve the pulse quality and validate the approach. Control of qubits/quantum memory using this technology will be subject of future report.