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SemiQon is the first company to operate within the laboratory premises of the Finnish National Metrology Institute VTT MIKES. The new facilities support SemiQon’s commitment to advancing world-class measurement expertise and infrastructure for building scalable quantum hardware.

Research groups around the world are now using these first-generation silicon-based chips helping the industry step faster to the million qubit level of quantum computing.

February 7, 2024 - SemiQon from Finland, and Canada’s CMC Microsystems announce a collaboration agreement to advance silicon-based quantum processor technology. Under the terms of the agreement, SemiQon will supply CMC with prototypes of its semiconductor-based quantum processor chips for research purposes. CMC scientists will collaborate with SemiQon to accelerate the development of processors for more powerful quantum computers suitable for the next generation of quantum computing – the million-qubit era.

SemiQon’s mission to make quantum computers more scalable, sustainable and cost effective made an impact on the jury, and SemiQon took third place in the global innovation competition.

A significant new Business Finland funding accelerates the progress of Finnish quantum technology. A shared infrastructure environment is being built at the University of Jyväskylä's Nanoscience Center for researching and developing quantum technology platforms. The infrastructure will be open to both public and private research, and users will include university researchers as well as start-up companies. This is the only infrastructure in Finland that is openly available and focuses specifically on semiconductor-based quantum technologies. Shared infrastructures are still rarities internationally.

The European Innovation Council has approved a €2.5 million grant funding to SemiQon, a leading developer of silicon-based quantum processors and Qblox, a leading provider of scalable and modular qubit control stacks. The goal of the project is to build high quality silicon-based spin-qubits and the tools to control and operate them sustainably, using a scalable quantum computing control stack. The project will be coordinated by SemiQon.