Archer Achieves On-Chip Electrical Detection of Spin Resonance, Advancing Quantum Tech
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4 Articles
Archer Achieves On-Chip Electrical Detection of Spin Resonance, Advancing Quantum Tech
Archer Materials Limited (ASX: AXE), a semiconductor company advancing quantum technology and medical diagnostics industries, has announced a significant advancement in its quantum technology development. The company has achieved on-chip electrical detection of electron spin resonance (EDMR) on its carbon qubit film material. This breakthrough provides a crucial readout method for Archer’s qubits and demonstrates potential for highly sensitive m…
C12 and École Normale Supérieure Report 1.3 Microsecond Coherence Time for Carbon-Based Spin Qubit - Quantum Computing Report
Researchers from C12 and ENS (École Normale Supérieure) have published findings in Nature Communications demonstrating coherent control of quantum states within a carbon-based circuit. The study reports a coherence time of approximately 1.3 microseconds for a carbon-based spin qubit. This value represents the longest coherence time reported for a carbon quantum circuit and is an [...] The post C12 and École Normale Supérieure Report 1.3 Microsec…


The C12 team, in collaboration with the École Normale Supérieure, has just published an article in the prestigious journal Nature Communications. This is the only fact that is already exceptional for a French startup deeptech, but the content of this publication is even more so. For the first time, researchers have demonstrated the possibility of making very high-quality qubits from carbon nanotubes, reaching a record consistency time of 1.3 mic…
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