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SingleQuantum: Europe’s Superconducting Photon Sensor Pioneer
How do SingleQuantum's superconducting nanowire single-photon detectors achieve near-90% detection efficiency?
SingleQuantum: In an industry often dominated by global powers, a small European spin-off. Defence-finance analysis; 28-page sourced DFM PDF report.
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Original DFM publication · DFM Analysis report · 2025-08-18
In an industry often dominated by global powers, a small European spin-off is redefining what technological sovereignty means. SingleQuantum, born in a university lab and now operating at the forefront of quantum sensing, produces devices capable of detecting individual particles of light with unprecedented efficiency and speed .
These superconducting nanowire single-photon detectors, which approach 90% detection efficiency, are key to unlocking ultra-secure communication and advanced sensing – areas vital to national defense and economic security.
This analysis answers: How do SingleQuantum's superconducting nanowire single-photon detectors achieve near-90% detection efficiency? What is the maturity of its quantum-sensing devices and fit with ultra-secure communication and advanced sensing? Which national-defense and economic-security markets and partners does the European spin-off serve? What capability gaps and dependencies define SingleQuantum?
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SingleQuantum: Europe’s Superconducting Photon Sensor Pioneer
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Original DFM analysis
SingleQuantum: Europe’s Superconducting Photon Sensor Pioneer
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What is SingleQuantum: Europe’s Superconducting Photon Sensor Pioneer?
These superconducting nanowire single-photon detectors, which approach 90% detection efficiency, are key to unlocking ultra-secure communication and advanced sensing – areas vital to national defense and economic…
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