An interdisciplinary team at the forefront of quantum hardware — physicists, engineers, and entrepreneurs united by a common mission.
Anne-Marije Zwerver is a quantum physicist and entrepreneur who has dedicated her career to making germanium qubits a commercial reality. She led the foundational research that established hole-spin qubits in germanium as the most manufacturable path to scalable quantum computing. Anne-Marije holds a Ph.D. in quantum physics from TU Delft.
Co-founder and lead architect of Groove Quantum's qubit platform. Pioneer of germanium hole-spin qubit research, with seminal publications in Nature and Science. Leads all scientific direction and research strategy.
Leads device fabrication and qubit architecture development at Groove Quantum. Expert in germanium quantum dot devices, scalable qubit array integration, and semiconductor process development.
Specializes in qubit coherence optimization and noise characterization in germanium quantum devices. Leads single-qubit and two-qubit gate fidelity benchmarking.
Develops and optimizes germanium quantum well epitaxy and gate lithography processes. Expert in clean-room semiconductor fabrication and process integration.
Develops pulse sequences and control electronics for high-fidelity qubit gate operations. Expert in optimal control theory applied to spin-qubit systems.
We're building one of the most talented quantum hardware teams in Europe. If you're driven by hard problems and world-changing technology, we'd love to hear from you.
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