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Swiss Startup YQuantum Secures €161K to Revolutionize Quantum Computing Hardware

From lab experiments to real-world applications: YQuantum’s breakthrough could shrink quantum hardware without sacrificing power. Will this unlock the next era of computing?

In this image we can see a board with something written. Near to the board there are markers. There...
In this image we can see a board with something written. Near to the board there are markers. There is a duster. In the back there is a wall. On the right side there is a qr code.

Swiss Startup YQuantum Secures €161K to Revolutionize Quantum Computing Hardware

Swiss startup YQuantum has secured €161,000 (CHF 150,000) from Venture Kick to drive development of miniaturised hardware components for next-generation quantum computers. The funding, received in 2025, will bolster YQuantum's technology and hasten the launch of new products.

YQuantum's components support high-fidelity operations in superconducting and spin-qubit systems. This enables the construction of larger, more stable quantum processors. The company aims to enhance scalability in quantum computing by shrinking hardware size without compromising performance. It seeks to transition quantum computing hardware from labs to practical use by improving efficiency.

The quantum hardware market is poised for significant growth, projected to reach several billion euros as quantum computing shifts from research to commercialisation. YQuantum caters to a wide range of customers, from academic labs to startups and tech giants, pushing quantum systems forward. The funding will also fuel R&D expansion, business development, and customer engagement for YQuantum.

YQuantum has secured €161,000 to advance its miniaturised, high-performance cryogenic hardware for next-generation quantum computers. The funding will strengthen the company's technology base, accelerate commercialisation, and support market growth. YQuantum is well-positioned to serve a broad range of customers and drive quantum computing's transition to practical use.

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