Groove Quantum – European Strategic-Technological Analysis
In a quiet lab in Delft, a small team of physicists is attempting to crack one of the grand challenges of modern computing. Groove Quantum, a recent spin-off from TU Delft’s QuTech research center, is developing quantum computer chips that use germanium-based qubits. This novel approach promises to marry cutting-edge quantum technology with the same manufacturing processes that produce everyday silicon chips. By leveraging germanium – a material compatible with standard semiconductor fabrication – the company aims to build quantum processors at scales previously unattainable outside of theory. Such an advance could mark a turning point for Europe’s tech sovereignty, reducing reliance on foreign quantum hardware and strengthening the continent’s position in the emerging quantum race. Groove Quantum’s work sits at the intersection of academic insight and industrial ambition, hinting at a future where Europe might produce its own fault-tolerant quantum computers. The company’s bold vision and deep-tech pedigree have already begun to draw interest, suggesting it could play a key role in Europe’s quest for strategic autonomy in critical technologies.