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technology2h ago
QScale Targets Energy Efficiency For Quantum Computing Beyond 1,000 Qubits
- QScale, funded by Business Finland, develops energy-saving signal tech to scale quantum computing beyond 1,000 qubits.
- Experts warn that a one-million-qubit quantum machine with current tech would gulp energy equivalent to a nuclear reactor.
- QScale seeks to combine ultra-fast optical control with precise signals to cut energy use in quantum systems.
- The initiative targets integration with superconducting circuits to enable scalable quantum applications.
- Finland's Rise to Challenge program backs the effort with a total funding of EUR 9 million for quantum tech advances.
- The effort aims to transition research into commercial applications by the 2030s.
- The project’s core method connects quantum and supercomputing capabilities for potential AI benefits.
- The funding highlights national significance for Finland’s quantum technology ambitions.
- QScale aims to transition from laboratory tech to commercial uses by the 2030s.
- The project seeks to create noise-free electrical signals crucial for sensitive quantum operations.
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