
We design the future of technology
ULTRA-FAST PROCESSORS
IQM’s second-generation quantum processors use proprietary on-chip components to increase the QPU clock speed. Quantum operations have been too error-prone for reaching quantum advantage and, at the same time, too slow for scalable error correction.
This is about to change.

DIGITAL-ANALOG ARCHITECTURE
IQM adopts a unique approach to implement increasing levels of specialization to build robust, application-specific, quantum computers. Our co-design strategy strives for optimal adaptation of hardware and algorithms to solve industry-relevant problems.
Our co-design algorithms are implemented using a unique Digital-Analog paradigm that combines digital gates with the evolving quantum hardware and is always future-ready.

SCALABLE CONTROL SOLUTIONS
IQM’s proprietary technology improves on three key areas: reset, gates, and readout.
The result? The fastest, most precise quantum processors.
And our hardware manufacturing expertise in cryogenic and room-temperature electronics allows us to deliver control of large-scale quantum processors at room temperatures.

PUBLICATIONS BY IQM EMPLOYEES
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Bolometer operating at the threshold for circuit quantum electrodynamics
Roope. Kokkoniemi and Mikko Möttönen
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Multispectral Photon-Counting for Medical Imaging and Beam Characterization
Tiina Naaranoja
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Scaling and diabatic effects in quantum annealing with a D-Wave device
Jami Rönkkö
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Effects of electrostatic confinement in a silicon single-electron pump
Kuan Yen Tan
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Irradiated Single Crystal Chemical Vapor Deposition Diamond Characterized with Various Ionizing Particles
Tiina Naaranoja
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A silicon single-electron pump with tunable electrostatic confinement
Kuan Yen Tan