Microwave Superconducting Devices for Spin Qubit Control
Masters Project Description
Optically active spin defects in silicon provide a promising platform for quantum computing and quantum networks. They are efficient quantum emitters, yet they can also operate as coherent spin qubits. The control of these qubits is typically realized by microwave signals propagating through superconducting devices that are integrated on the same chip. Existing control devices require both a reliable fabrication process and a lot of power to control the spin at reasonable speeds. In this project, you will build the next-generation spin control superconducting devices that will speed up the control operation at lower powers. You will participate in the design of these devices, fabricate them in the cleanroom and measure them in a cryogenic system at temperature < 4 Kelvin.
Benefits for the Future Quantum Scientist
- Hands-on experience: Gain practical experience and skills in quantum technology, nanofabrication, and microwave engineering.
- Deep understanding: Explore how individual components work together to form a complex system.
- Quantum contribution: Be part of the exciting world of quantum computing by building the essential building blocks!
Expected Qualifications:
Master student in Physics, Electrical Engineering, Nanoscience or related.
Contacts:
Mohammad Khalifa, Postdoc, mohammad.khalifa@nbi.ku.dk - Team Quantum Photonics
Maria Serra González, Engineer, maria.gonzalez@nbi.ku.dk - Team Quantum Photonics
Gitte Michelsen, Student Coordinator, gittem@nbi.ku.dk
How to Apply:
Please apply by email to Mohammad Khalifa and Maria Serra González. Your application must include:
- CV
- Application letter
- Transcript of grades