CORDIS Project
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The project addresses the challenge of creating reliable quantum circuits by developing a three-phase topological superconducting diode. This technology aims to enable fault-tolerant quantum computation by providing efficient directional control within quantum processors, thus enhancing their scalability and energy eff…
Quantum computers promise unprecedented computational power, yet the lack of scalable, reliable quantum circuit components remains a major bottleneck to realizing practical quantum processors. A single error in a quantum circuit can corrupt an entire computation, so fault tolerance is essential to truly unlock quantum advantage.
Here, topological qubits offer a leading pathway to fault-tolerant quantum computation, but their integration is currently hindered by the lack of essential directional…
WEIZMANN INSTITUTE OF SCIENCE
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