GEMINI: What We See in the Image
The generated image depicts a cleanroom laboratory environment centered around a superconducting quantum computer:
- The Cryogenic Dilution Refrigerator: Hanging vertically in the central frame is the multi-tiered «chandelier» structure. This cryostat uses liquid helium mixtures to cool the quantum processor at the bottom down to near absolute zero ($\sim 10$ millikelvin) so that superconducting transmons can operate.
- Gold-Plated Shielding & Wiring: The gold plating prevents thermal radiation and corrosion, while the intricate web of coaxial cables carries microwave pulses to manipulate and read out the qubits.
- Structural Rig & Control Racks: The main unit is mounted on an industrial extrusion frame. To the side stand server racks holding microwave pulse generators, digitizers, and classical control electronics.
- Workstations & Cleanroom Setup: Researchers in lab coats monitor diagnostics at surrounding desks equipped with multi-monitor setups.
Is This for Sale by IQM Finland?
Yes! Unlike many competitors who only offer cloud access to their hardware, on-premise sales of physical quantum systems are IQM’s primary business model.
IQM manufactures and sells full-stack superconducting quantum computers directly to universities, supercomputing centers (HPCs), and research institutes.
Their commercial product lineup includes:
- IQM Spark™: A entry-level, 5-qubit superconducting system designed specifically for universities and educational labs to own on-premise.
- IQM Radiance™: Their flagship system scaling from 20 to 54 and up to 150 qubits, targeted at national supercomputing centers and high-performance computing (HPC) integrations.
- IQM Halocene™: Designed as an open platform targeted at quantum error correction research.
While a full-scale machine (like IQM Radiance) typically costs several million euros, they cater directly to institutions wanting physical ownership of the hardware rather than renting cloud time.