CORDIS Project
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This project aims to explore the potential of germanium as a material for quantum computing, particularly for creating hybrid devices that utilize superconductivity and spin-based qubits. It seeks to understand the mechanisms behind superconductivity in germanium to advance quantum information technology.
A great scientific and technical challenges of our time is to engineer a scalable quantum computer, and proximity-induced superconductivity is one of the most important ingredients in many quantum devices.
Proximitized III-V semiconductors can host a hard superconducting gap and have been vastly studied in super-semi quantum devices.
Nevertheless, these material compounds are not suitable for spin-based qubits due to their large hyperfine interaction and are hence not ideal for use in hybrid dev…
KOBENHAVNS UNIVERSITET
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