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Oxide Corporation has signed a basic strategic partnership agreement with Vexlum Oy to work on the development and manufacturing of lasers designed for quantum computers.
The collaboration brings together Vexlum’s vertical external cavity surface emitting laser technology with Oxide’s wavelength conversion technology. The idea is to tackle some of the long standing challenges in quantum computing lasers, particularly limitations around system size, output power, and the range of wavelengths available.
One example already in the market is a 302 nm laser light source for quantum computing. It combines Vexlum’s fundamental wave laser with Oxide’s wavelength conversion module. The setup produces high power and stable output in the ultraviolet range, something that has been difficult for many companies to achieve.
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Quantum computers require lasers which produce various wavelengths based on the specific atoms used and the particular tasks being executed. The two companies intend to boost laser performance through their collaboration while expanding their wavelength capabilities to enable more quantum computing applications.
The two companies will showcase their joint technological developments at the American Physical Society Global Summit 2026 which will be held in Denver from March 15 to March 20 of 2026.
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