Increasing turbine efficiency by design
A new and unconventional approach to high-pressure vane design delivers improved engine/stage efficiency for gas and steam...
A method for genetic modification of biofilms
The application of ultrasonic cavitation to induce gene uptake by established biofilms.
Advanced fluoride-based materials in lithium-ion batt...
A novel method to increase the stability of transition metal fluorides in lithium ion batteries.
Variable linewidth nanolithography
A set of nanolithographic methods to form patterns using a single scanning probe.
Multifunctional device for focusing light through an ...
A multi-functional lens which is capable of imaging, phase modulation and polarisation modulation simultaneously
Tuneable optical coatings
A new class of chalcogenide glass materials for use in optical coatings, with highly tuneable properties, low optical loss...
Broadband quantum limited frequency up-converter with...
Self-biased compact broadband frequency up-converter.
Converting waste plastics back to their constituent m...
An innovative process for rapidly and effectively producing high-value olefins from thermoplastic polymers present in wast...
Novel iron catalysts for the production of jet fuels
A sustainably formed iron-based catalyst for the production of Jet Fuels from CO2
A novel algorithm for biologically inspired lighting ...
A method to generate metamers with non-linear light sources to optimise melanopsin in the human eye, thereby modulating ci...
Novel iron catalysts for the production of alpha-olef...
A sustainably formed iron-based catalyst for the production of alpha-olefins from CO and/or CO2
Increased channel capacity in telecommunication netwo...
Novel devices and methods for de-multiplexing modes of co-propagating electromagnetic radiation.
Novel pixel technique to increase performance of imag...
Oxford researchers have developed a novel pixel technique to achieve better performance of complementary metal oxide semic...
Novel method for obtaining conductive films
A novel method for obtaining conductive carbon nanotube films with inexpensive, non-conjugated polymers.
Speckle Reducer for laser imaging, projection display...
Oxford researchers have developed a new device for tackling the problem of “speckle” when using lasers for displays an...
Nuclear quadrupole resonance sensor for safer wireles...
A safety device capable of detecting biological tissue within potentially harmful magnetic fields, such as those used in w...
Charged particle imaging
Oxford researchers have developed a variation on time-of-flight mass spectrometry (TOFMS) enabling mass-selective images o...
Semantic image segmentation
Oxford researchers have developed a novel neural network component for semantic image segmentation, with diverse and numer...
New refinery technologies for improved gasoline produ...
A suite of technologies have been developed which allow for improved processing of gasoline from fluid catalytic cracking...
Catalytic double bond migration
Oxford researchers have developed a low-cost, high-performance photocatalytic method for the isomerisation of terminal ole...
Smart water pumps
Smart pumps for determining water levels, equipment health monitoring, and user identification
Vacuum-deposited modification of polymer surfaces
Enabling modification of film surface properties in high yield production techniques will deliver benefits in a range of a...
Parallel adaptive laser fabrication system
Method for the adaptive control of multiple focal spot laser illumination, leading to considerable increases in the versat...
Flexible transparent conductor
A new material which combines market-leading optical and electrical performance with improved flexibility and an expanded ...
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