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Solving major future tasks through quantum computer technology. You take us further, we take you further. Quantum computers will change the world. Quantum mechanics describe many processes in nature and is one of the best tested theories in natural science. For example, chemical reactions are always based on quantum mechanical effects. The dream of quantum physics is to simulate the atomic world to predict how quantum mechanical systems will behave. However, these calculations are incredibly time and resour
ML4Q Cluster of Excellence To realize topological error correction, one needs reliable building blocks connected by quantum links. We develop a quantum bus to shuttle spin qubits over micron-scale distances. This will be used to make, and test connected arrays of spin qubits for error-correcting surface codes. We expect that future quantum technologies will build on networks linking solid-state qubits to flying qubits made from light. We will coherently couple a spin qubit to light, use this to build a hete
QLSI The EU-funded QLSI project aims to demonstrate that silicon spin qubits are a compelling platform for scaling to very large numbers of qubits. Demonstration activities will focus on the following: 16-qubit quantum processors based on modern semiconductor manufacturing techniques; high-fidelity single- and two-qubit gates; quantum computer prototypes with online open-access for the community (up to 8 qubits available online); documentation of the detailed requirements to address scalability towards larg
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