The archive · Space, Robots, Defence · Technical decision · 2022–2026
Planqc bets neutral atoms win quantum computing; €50M Series A, DLR and Airbus contracts
Munich Max Planck spinout wagers lasers-trapped atoms reach fault-tolerant quantum computers first; €50M Series A and paid government projects follow
planqc
What the business is
Planqc builds neutral-atom quantum computers — lasers trap and stabilise single atoms as qubits — and sells access via government contracts, a cloud service and industry software
Starting capital：€50M Series A (Jul 2024); earlier €4.6M round; plus a €29M DLR contract
How it started
Founded in 2022 in Munich by scientists from the Max Planck Institute of Quantum Optics and LMU Munich, including CEO Alexander Glätzle and CTO Sebastian Blatt, with MPQ director Immanuel Bloch as scientific anchor. It was the first spinout of Munich's Quantum Valley, and in 2022 it won a €29M tender to build a neutral-atom quantum computer for the German Aerospace Center (DLR).
What happened
In July 2024 Planqc closed a €50M Series A led by European family office CATRON Holding and Germany's DeepTech & Climate Fonds, with Bayern Kapital, the Max Planck Foundation, UVC and Speedinvest, plus a non-dilutive grant from the federal research ministry (BMBF). Around the same time it was commissioned by the German government to deploy a 1,000-qubit machine at the Leibniz Supercomputing Centre, and Bloch said the lab had demonstrated 1,200 neutral-atom qubits — on par with IBM's 1,121-qubit machine.
How it ended up
Still building. In September 2025 Planqc became lead contractor for two DLR Quantum Computing Initiative projects with TUM, ENGYS and Airbus, testing quantum algorithms for aircraft aerodynamics on its neutral-atom hardware, and it won the German Entrepreneur Award 2025 for its hardware-sales-plus-cloud business model.
Background
Planqc is a Munich quantum-computing company spun out of the Max Planck Institute and LMU in 2022. Its bet is that neutral atoms — single atoms trapped and stabilised by lasers — are the fastest route to a fault-tolerant quantum computer, because atomic qubits can scale to thousands without the wiring and control problems of superconducting or trapped-ion designs. The team reused decades of atomic-clock technology developed at the Max Planck Institute of Quantum Optics.
The company won its first major contract before its Series A: a €29M tender in 2022 to build a neutral-atom quantum computer for Germany's aerospace centre DLR, and it was later commissioned by the German government to deploy a 1,000-qubit machine at the Leibniz Supercomputing Centre. Max Planck director Immanuel Bloch said the team had demonstrated 1,200 neutral-atom qubits, which he put on par with IBM's 1,121-qubit machine.
In July 2024 Planqc raised a €50M Series A led by European family office CATRON Holding and Germany's DeepTech & Climate Fonds, joined by Bayern Kapital, the Max Planck Foundation, UVC and Speedinvest, plus a non-dilutive federal research grant. The money was earmarked for a quantum cloud service and application software for chemistry, healthcare, climate, automotive and finance.
By September 2025 Planqc was lead contractor for two DLR Quantum Computing Initiative projects — NeMoQC and ToQuaFlics — run with TUM, ENGYS and Airbus to apply quantum and quantum-inspired algorithms to aircraft aerodynamics on its neutral-atom hardware, and it won Germany's Entrepreneur Award 2025. The company had not yet delivered a commercially usable fault-tolerant quantum computer.
What has to be true
- Neutral atoms are a differentiation bet: atoms are identical by nature, so qubit quality and scale come from optics rather than fabrication, attacking the scaling problem other quantum platforms face
- Planqc anchored demand early with government buyers such as DLR and the Leibniz Supercomputing Centre, funding development and legitimising the technology before it had a commercial product
- The €50M Series A rode a European push: quantum VC funding in Europe ($781M) was more than triple North America's ($240M), plus national commitments like Germany's €3B quantum programme
- The bet still rests on an unproven claim — 1,200 qubits demonstrated in the lab is not a fault-tolerant machine — so public milestones and contracts carry the valuation until the hardware is real
What can be applied
Spin out the physics you already master: Planqc turned atomic-clock know-how into qubits and lab milestones into paid government contracts before the product finished — early contracts buy time
Aftermath
As of September 2026 Planqc is still development-stage — no commercial fault-tolerant machine has shipped — but it holds an unusual pipeline of paid public-sector work: the 1,000-qubit system commissioned for the Leibniz Supercomputing Centre, the 100-qubit DLR system, software collaborations with Airbus, ESA and Fraunhofer, and the DLR aviation consortium with TUM, ENGYS and Airbus. The bet now hinges on converting its 1,200-qubit lab record into an error-corrected, useful machine ahead of IBM-, Google- and IonQ-class competition.
Sources
- German quantum computing startup planqc raises €50m Series A
- German quantum computing startup Planqc raises €50m
- German Entrepreneur Award 2025: planqc wins in the 'StartUp' category
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