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The planqc-coordinated LOGIQC consortium has been selected as one of six teams in Germany’s Quantum Computing Competition. It will develop an error-corrected system based on neutral ytterbium atoms, with an initial technical milestone due by March 31, 2027.
planqc and its LOGIQC consortium have been selected as one of six teams in Germany’s Quantum Computing Competition, a government initiative intended to advance error-corrected quantum computers. LOGIQC will pursue a system using neutral ytterbium atoms, one of three technology approaches represented in the competition, which plans to provide up to €640 million in funding.
LOGIQC, short for Logical Operations, Gates and Infrastructure for Quantum Computing, is coordinated by planqc and has roots in the Munich Quantum Valley. Its partners include the Max Planck Institute of Quantum Optics, Ludwig Maximilian University of Munich, the University of Tübingen, Forschungszentrum Jülich and TOPTICA Photonics. The consortium’s selection places it among six teams chosen to compete for support under the program.
The project plans to build a hardware-efficient, error-corrected quantum computer based on neutral ytterbium atoms. According to the consortium’s announcement, the system is intended to perform universal logical operations on encoded qubits. Its proposed supporting infrastructure includes laboratories, laser systems, test facilities and pilot-line capabilities, which the consortium says are needed to scale the technology and prepare hardware for industrialization.
The competition covers three technology platforms: neutral atoms, trapped ions and superconducting circuits. Two consortia were selected for each platform. At least one partner in every selected consortium must demonstrate a functioning system that meets the competition’s entry criteria by March 31, 2027. Projects will then work toward further targets, with a selection after 30 months determining which receive continued support.
A Route From Research to Industry
The competition links public funding to technical demonstrations and a later continuation decision. Its stated aim is to advance different approaches toward at least two error-corrected quantum computers at the European technological frontier by 2030 and make them accessible for industrial applications. The planned funding ceiling is up to €640 million; the announcement does not specify how much LOGIQC or any other consortium will receive.
For LOGIQC, the selection gives its neutral-atom approach a place in a national program that is comparing multiple platforms. The consortium’s proposal also includes facilities and pilot-line capabilities alongside the computer itself. Those elements matter to the project’s stated goal of preparing hardware for industrialization, though the announcement does not establish that the system will meet future performance or commercial requirements.
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Six Teams, Three Platforms
The Federal Ministry of Research, Technology and Space, known as BMFTR, is leading the Quantum Computing Competition. The program is structured in stages rather than as a single award: selected teams face an initial technical entry requirement, followed by work toward more ambitious scale and error-correction targets. A further selection is planned after 30 months.
The six consortia are divided evenly among neutral atoms, trapped ions and superconducting circuits. LOGIQC represents the neutral-atom route, with ytterbium atoms as its proposed hardware basis. The supplied announcement identifies the other platforms and the number of teams in each, but does not name the competing consortia or describe their individual systems.
“The selection of LOGIQC is a strong validation of our technological approach and the capabilities of the entire consortium.”
— Dr. Sebastian Blatt, planqc co-founder and chief technology officer
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Funding and Milestone Details
The announcement gives a program-wide ceiling of up to €640 million, but does not say how that funding will be divided, how much is committed to LOGIQC, or what conditions apply to individual awards. It also does not provide the full technical thresholds that systems must meet by March 31, 2027.
It remains unclear how the proposed computer will perform against those criteria, how quickly the consortium can scale its hardware, and which projects will continue after the 30-month review. The stated 2030 aim is a program goal; the announcement does not confirm that any system has already achieved error correction at the intended scale or is ready for industrial use.
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The March 2027 Entry Test
The next named milestone is March 31, 2027, when at least one partner in each consortium must demonstrate a functioning system meeting the competition’s entry criteria. The selected teams are then expected to work toward more ambitious targets for scale and error correction.
After 30 months, a further selection is scheduled to determine which projects continue receiving support. The announcement does not give a calendar date for that decision or list later technical milestones. Progress toward the program’s 2030 aim will depend on the demonstrations and selection decisions still ahead.
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Key Questions
What was announced?
planqc’s LOGIQC consortium was selected as one of six consortia in Germany’s Quantum Computing Competition.
What kind of quantum computer will LOGIQC develop?
LOGIQC plans to develop an error-corrected quantum computer based on neutral ytterbium atoms, designed to perform universal logical operations on encoded qubits.
How much funding is available?
The competition plans to provide up to €640 million in total. The announcement does not state how much will go to LOGIQC or any other individual consortium.
When is the first technical milestone?
At least one partner in each consortium must demonstrate a functioning system that meets the entry criteria by March 31, 2027.
What happens after the initial milestone?
Projects are expected to pursue further scale and error-correction targets. A selection after 30 months will determine which continue to receive support.
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