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Technology Update
The latest technology to license from Oxford
In this month's issue we feature a photonic spatial light modulator that uses phase change materials for faster switching times, a method to upcycle plastic waste into valuable aromatics, and PowerMarket's turn-key solution to help companies simplify and adopt solar energy projects.
Multimode optical fibers for in vivo light capture
An ultra-thin multimode optical fiber designed to carry multiple light rays or modes simultaneously for optical effects.
Fast switching nanophotonic spatial light modulator
A photonic spatial light modulator that can switch quickly between amorphous and crystalline states, providing separate refractive indices required for effective spatial light modulators.
Smart battery management system
Machine learning software that provides battery health diagnosis and prognosis using only field data as inputs.
Converting plastic waste into fuel
A rapid microwave-initiated one-step catalytic reaction to chemically recycle common plastic waste in a practical and scalable way.
Software for deep-sky astrophotography
High precision automated alignment software for critical mirror alignment of aerospace telescopes for satellite imaging.
Making clean energy simple and
accessible to everyone
PowerMarket is a clean technology, software as a service (SaaS) startup that helps companies and organisations simplify and adopt solar energy projects,
saving customers 90% of their time and valuable resources.
PowerMarket’s turn-key solution is the result of years of research backed by
Oxford University Innovation and the European Space Agency and is the future
of solar deployment.
Highly efficient carbon dioxide capture and catalytic conversion
A series of cost-effective bimetallic catalysts to produce advanced polycarbonates from carbon dioxide or epoxides.
Colorimetric metal‐free detection of carbon monoxide
A metal-free class of compounds that can detect carbon monoxide based on chemical selectivity at room temperature.
Interpersonal haptic communication system
Real-time haptic touch devices allow two or more people at separate locations
to interact via ‘touch’.
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