Manipulating Qubits within Nitrogen-Vacacy Centers
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Project duration: 2023-2031
Within the national program for Quantumtechnology (Quantum Delta NL), an important role has been reserved for Saxion students and researchers to be trained for the upcoming industry. As part of this role, the research group Applied Nanotechnology is setting up a laboratory, where the latest quantum technologies can be studied and further developed. As a first step, we built a typical basic building block for quantum sensing, computing and communication which can be operated outside laboratory conditions, based on nitrogen-vacancy (NV) centers. This is basically a crystal defect stored within diamond, where a carbon atom is replaced by a nitrogen atom and an empty spot next to it. In such centers, quantum information can be stored and manipulated. In this project, we work on with this setup based on these NV centers, to characterize as quantum sensors and to perform pulsed measurement protocols to readout more advanced information of a qubit (quantum bit).
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