Advanced real-time defect characterization for semiconductors, including imaging sensors, optical sensors, and photovoltaics
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Electronic Equipment & Parts
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Mid-infrared pulse laser for biological applications
A system designed for generating ultrafast mid-infrared laser pulses at the wavelength at which water molecules absorb light resonantly
Highly efficient Raman-shifting optical architecture
A novel optical architecture for frequency-downshifting laser light to efficiently generate high-power, narrow-bandwidth light between 1100–1500 nm, ideally suited for nonlinear frequency conversion to, for example, 550–750 nm
A noise-reduction protocol for EPR/NMR and quantum sensing
A novel cooling technique to improve the speed and sensitivity of RF measurements. The technique allows quantum measurements to be performed with room-temperature equipment, as well as more sensitive and quicker EPR and NMR measurements.
Professor Mark Oxborrow
Dual-View Oblique Plane Microscopy
A novel approach to light-sheet fluorescence microscopy that uses a folded optical configuration to achieve both sample scanning and dual-view image acquisition.
Edmond Yau
Edmond joined Imperial in February 2022 as an Industry Partnerships and Commercialisation Executive. He primarily takes care of IP and licensing cases from the Faculty of Natural Sciences. Prior to joining Imperial, Edmond worked in Royal College of Art as...
Professor Christopher Dunsby
Enhanced Light Extraction from Light Emitting Diodes Utilizing a Nanoparticle Meta Grid
A technique to enhance light extraction efficiency in light emitting diodes
Catch up: Innovations in engineering with AI and machine learning
This event highlighted some of the AI, machine learning and data-driven technologies from across Imperial that are being used for applications ranging from wireless video transfer to electric vehicle charging infrastructure, planning new offshore windfarms and optimising drug development and production.
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