Quantum

Germany’s Quint Raises 9.1 Million Euros to Develop Quantum Chips With Fewer Errors

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Based on a feed excerpt; full article content has not been acquired. Source evidence retrieved 03/11/2026, 09:19:24 UTC.

Briefings

German startup Quint raised 9.1 million euros in its first funding round led by Vsquared Ventures to develop quantum chips that reduce errors and lower correction costs. The company, a spinoff of Friedrich Alexander University Erlangen-Nuremberg, plans to use contract manufacturers and aims to demonstrate its architecture at the scale of hundreds of qubits. Key investors include Mikko Mottönen from IQM and Maximilian Schwarz from Nucleus Capital, with additional support from the European Union. The company targets chemical and pharmaceutical sectors as early adopters, though it faces competition from Google and IBM. The article notes that a patent on a better circuit does not yet constitute a working chip at large scale.

Key points

• Quint raised 9.1 million euros in its first funding round led by Vsquared Ventures in November 2025.
• The company plans to use contract manufacturers rather than handle all production itself.

Context

Quint is a German quantum computing startup founded by physicists Michael Hartmann and Christopher Eichler, with a founding team also including economist Jona Stinner. It is a spinoff of Friedrich Alexander University Erlangen-Nuremberg and has received a European Union funding award of more than 2 million euros. The company aims to solve the biggest cost driver in quantum computing: error correction, which currently requires significant hardware resources. The article was based on a computer translated version of the online story.

Limitations

The evidence is limited to a single article from Handelsblatt published on 2026-11-03. It does not provide details on the specific number of qubits Quint plans to scale to, nor does it confirm the exact timeline for commercialization or the specific number of industrial customers targeted. The article notes that a patent on a better circuit does not yet constitute a working chip at large scale, and the translation of the source material may introduce minor inaccuracies.

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