Bluefors Opened a Second Chicago Quantum Lab. Nobody Will Say What It Costs.

Bluefors opened its second Chicago-area facility Wednesday — a 580-square-foot cryogenic lab at the University of Chicago Science Incubator in Hyde Park — and inside it sits a dilution refrigerator that early-stage quantum startups and university labs can now access on a service basis instead of buying outright.

The instrument is an LD400He Measurement System, a dilution refrigerator that reaches temperatures colder than outer space by using helium isotopes to eliminate thermal noise — the heat that destroys the fragile quantum states a processor needs to operate. Bluefors declined to disclose rental rates for the new facility or confirm purchase pricing for the system. Whether this service model actually lowers the barrier for quantum hardware prototyping compared to owning the equipment is an open question the company has not resolved publicly.

Bluefors, the Finnish company that builds the systems, also joined the Chicago Quantum Exchange the same week, formalizing a place in a consortium that now counts nearly 70 industry, nonprofit, and international partners. The combined signal: Chicago is building shared cryogenic access as regional infrastructure, the same way a utility builds power grids.

The timing matters because the companies racing to build useful quantum computers have not agreed on a single hardware approach. Photonic qubits, superconducting qubits, topological qubits — they compete for the same talent and the same investment, and they do not use the same engineering stacks. What they share is a need for temperatures near absolute zero. Building that capacity before the hardware race is settled is a bet that quantum computing, broadly, will reach commercial maturity — and that the Midwest wants to be where it does.

Illinois committed $500 million to the Illinois Quantum and Microelectronics Park in April, with $200 million earmarked for a shared cryogenic plant — infrastructure multiple companies can use regardless of which hardware approach wins. IBM Quantum is bringing a Quantum System Two to the city this fall. PsiQuantum is building at the park, targeting an opening in 2027. The state investment treats cryogenic cooling as a prerequisite: build it and the hardware companies will come.

The Chicago Quantum Exchange projects up to 191,000 quantum jobs in the Illinois-Wisconsin-Indiana region by 2035, citing a workforce that produces over 16,000 quantum-relevant graduates annually. Those projections are regional aspirations, not confirmed outcomes — and the path from a student cohort to a job market depends on hardware bets that have not resolved.

David Awschalom, the University of Chicago Liew Family Professor of Quantum Engineering and Physics and founding director of the Chicago Quantum Exchange, said in the Bluefors announcement that the company provides "early-stage startups, faculty, and students with opportunities to engage in hands-on experimentation" — framing access itself as the value proposition. Whether that framing holds depends on pricing terms Bluefors has not disclosed.

Bluefors participated in a Quantum Across Illinois event April 23 before the facility opening, its first public Chicago-area appearance signaling a planned regional commitment. Sauli Sinisalo, Bluefors' vice president for North America, said the company aims "to empower partners through our cutting-edge Bluefors Labs" — language that positions the service as infrastructure for the regional ecosystem rather than a product for individual buyers.

The Midwest's quantum infrastructure bet runs deeper than any single announcement. Chicago's cluster has been building cryogenic capacity for years — a consequence of the region's strategy of attracting hardware companies with shared cooling infrastructure rather than asking each one to build its own. The Quantum Computing Report noted that Bluefors' membership formalizes what the regional cluster has been signaling: this is infrastructure, not a startup.

Bluefors opened its first US lab at mHUB in Chicago last year with 320 square feet of space. The second facility triples that footprint. Whether it becomes foundational infrastructure or a well-utilized cold room depends on which quantum hardware bets actually pay off — and whether the service model is priced to attract the early-stage teams the company says it's for.