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Germany has selected planqc and the LOGIQC consortium as one of six teams in a staged competition to advance error-corrected quantum computing. LOGIQC plans to build a system based on neutral ytterbium atoms; teams face an entry milestone by March 31, 2027, and a further selection after 30 months.

Germany has selected the **planqc-led LOGIQC consortium** as one of six teams in its Quantum Computing Competition, a staged initiative to advance **error-corrected quantum computers** and prepare them for industrial use. LOGIQC will pursue a system based on neutral ytterbium atoms, while the competition plans to provide **up to €640 million** across participating projects.LOGIQC, short for Logical Operations, Gates and Infrastructure for Quantum Computing, is coordinated by Munich-based company **planqc**. 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 has roots in the Munich Quantum Valley. The project plans to build a **hardware-efficient, error-corrected computer** using neutral ytterbium atoms. According to planqc’s announcement, the system is intended to perform universal logical operations on encoded qubits. The consortium also plans supporting laboratories, laser systems, test facilities and pilot-line capabilities to scale the technology and prepare hardware for industrialization. The competition selected six consortia across **three technology platforms**: neutral atoms, trapped ions and superconducting circuits, with two teams for each platform. At least one partner in every consortium must demonstrate a functioning system that meets defined entry criteria by **March 31, 2027**. Projects will then work toward further targets, and a selection after 30 months will determine which continue receiving support.
At a glance
announcementWhen: Selection reported October 5, 2026; ent…
The developmentThe planqc-led LOGIQC consortium was selected among six consortia for Germany’s Quantum Computing Competition, which plans up to €640 million in funding.

Germany’s Race to Scale Quantum Systems

The competition links public funding to technical milestones as Germany seeks to move quantum computing from research toward systems that can perform **error-corrected operations**. Such error correction is intended to address the effects of noise and faults that limit quantum hardware, though the announcement does not establish that any selected project has yet achieved the competition’s ultimate goals. Funding of **up to €640 million** could support several hardware approaches in parallel. The program aims to advance at least two error-corrected quantum computers to the European technological frontier by 2030 and make them accessible for industrial applications. Those are stated aims; the selection itself does not guarantee that the target systems will be delivered or that industry will adopt them.
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Six Teams, Three Hardware Approaches

The Quantum Computing Competition, or QCC, is an initiative of Germany’s Federal Ministry of Research, Technology and Space (BMFTR). Its staged structure calls for technical entry criteria first, followed by work toward more demanding scale and error-correction targets. A further selection is planned after 30 months. LOGIQC’s neutral-atom approach is one of three platforms represented in the competition. The other selected approaches use **trapped ions** and **superconducting circuits**. The available source material does not name the other consortia or give a breakdown of the planned funding among teams. The announcement describes the €640 million figure as an upper limit for the competition, not as a confirmed award to LOGIQC.

““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 Shares and Technical Results

The announcement does not specify **how much funding LOGIQC will receive**, how the total planned funding will be allocated, or the detailed technical thresholds teams must meet by March 31, 2027. It also does not name the other five consortia in the supplied material. No functioning LOGIQC system meeting the entry criteria is reported as having been demonstrated yet. The consortium’s ability to achieve universal logical operations on encoded qubits, scale its hardware, and meet later error-correction targets remains to be established through the competition. The 2030 goal is an aim of the program, not a confirmed outcome.
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The March 2027 Entry Milestone

The next stated milestone is **March 31, 2027**, when at least one partner in each consortium must demonstrate a functioning system that meets the competition’s entry criteria. The announcement does not provide the criteria themselves. After that, participating projects are expected to work toward increasingly ambitious targets for scale and error correction. A further selection after **30 months** will decide which projects continue to receive support. The source material does not give a calendar date for that decision or a detailed schedule for the remaining stages.
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Key Questions

What is the LOGIQC consortium?

LOGIQC stands for Logical Operations, Gates and Infrastructure for Quantum Computing. It is coordinated by **planqc** and includes research and industry partners such as MPQ, LMU, the University of Tübingen, Forschungszentrum Jülich and TOPTICA Photonics.

What kind of quantum computer will LOGIQC develop?

The consortium plans an **error-corrected quantum computer based on neutral ytterbium atoms**, with the intended ability to perform universal logical operations on encoded qubits.

How much funding will LOGIQC receive?

The competition plans **up to €640 million** in total. The supplied announcement does not state LOGIQC’s individual funding amount or how the total will be divided.

When is the next competition milestone?

At least one partner in every selected consortium must demonstrate a functioning system meeting defined entry criteria by **March 31, 2027**. The criteria have not been detailed in the supplied material.

What happens after the entry milestone?

Projects are expected to pursue more ambitious scale and error-correction targets. A further selection after 30 months will determine which projects continue receiving support.

Source: rss

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