Key features
IQM Radiance is an advanced superconducting quantum computing platform designed for high-performance computing (HPC) centers, data centers, government agencies, and businesses looking to leverage quantum advantage. With high-quality qubits and hybrid integration, Radiance is the ideal solution for practical applications in machine learning, cybersecurity, energy optimization, and chemical research.
- Quantum physics experiments, development of quantum components.
- Testing quantum algorithms (e.g., VQE, QAOA) and quantum error correction codes.
- Quantum machine learning, cybersecurity, energy grid optimization, and road mapping.
- Pharmaceutical research, chemistry, and carbon capture technology.
- Supporting training and research at universities and research institutes through IQM Academy.
Detailed description
Cooling system
- Square lattice design with full connectivity, supporting surface-code error correction. Supports complex quantum algorithms such as QAOA (Quantum Approximate Optimization Algorithm).
- Dilution cooling using Helium isotopes (He3/He4).
- Operating temperature below 10 mK (~0.01 K).
- No use of an internal vacuum chamber; sealed joints at room temperature.
- No requirement for a 1-K cooling stage.
- Mechanical isolation pulse tubes, reducing vibrations to a minimum (<10 nm amplitude).
- Continuous operation for up to 2 months without the need for a nitrogen trap.
- Simple operation with one-button cooling feature.
- Supports remote or manual control via a user-friendly software interface.
- Automatically recovers after a power outage.
- Uses oil-free pumps and compressors, reducing the risk of contamination.
- Membrane-free circulating compressor, maintenance cycle ~3 years.
- Compact system, height ~2.5 m, suitable for HPC centers and laboratories.
- Vacuum shell and lightweight radiation shield, easy to handle by one person.
- Accessible laboratory space, supports integration of measurement and control devices.
Control system and software
- Integrated RF and DC signal controller, supports high-precision quantum pulses.
- Pulse resolution: <1 ns.
- Number of control channels: Supports up to 50 RF channels and 100 DC channels (150 qubit version).
- Integrates with popular quantum platforms: Qiskit, Cirq, Qrisp, Cuda Quantum.
- Supports the development of quantum algorithms and hybrid simulations (quantum-classical integration).
- Open programming interface (API), allowing customization and integration with classical supercomputers (e.g., Leonardo
- at CINECA, Italy).
- Security features: Supports encryption of experimental data and secure transmission.
- HPC integration: Optimized for high-performance computing environments, reducing network latency and supporting processing
- Quantum-classical hybrid.