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
Technology Sectors & Industries
Equipment & Components
Filter
Centrifugal Compressor Inlet Duct Device for Improved Flow Range
Innovative compressor inlet invention which increases compressor flow range with use of an inlet duct that pre-swirls inlet flow of turbocharger compressor.
Professor Ricardo Martinez-Botas
Room-Temperature MASERs for Ultra-low noise devices
Masers operable at room temperature and in ambient conditions.
Dr Tom Reddyhoff
Lubricant additives to reduce fluid film friction under high pressure conditions
Novel chemical additives that reduce the fluid film friction of lubricated mechanical components under elastohydrodynamic conditions
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.
Catch up: Resilient infrastructure
Imperial.Tech.Pitch: Infrastructure resilience brought together inventors from Imperial to present their technology solutions to improve and enhance infrastructure around the world, from sensing and systems security through to carbon neutral concrete, corrosion prevention and design thinking innovations.
Imperial.tech.pitch events – learn more and sign up
Learn about our programme of events and sign up to be alerted for future events
Novel vortex laser
A high-power and high-efficiency new methodology for laser vortex creation that enables new devices and applications with vortex spatial format.
Sign up for updates
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Aenean nec venenatis arcu. In fermentum non tellus nec vulputate. Integer accumsan, nunc sit amet porta commodo, diam sapien feugiat purus, at imperdiet arcu nisi quis dui. Etiam vel nisl sem. Proin felis nisl, fringilla eu eros ac, sodales pellentesque sem.