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The University of Kent, Canterbury, Kent, CT2 7NZ, T +44 (0)1227 764000
The AOG is home to about fifteen academics, research staff and postgraduate students working on a range of projects. Most of our work is currently being focused on the field of Optical Coherence Tomography, including work on the applications of OCT, the development of swept-sources and adaptive optics. Please see the OCT page for details of our current and past endeavours in this field.
-Combining Adaptive Optics, OCT & SLO
-Full Field & Spectral OCT
-OCT imaging of the choroid
-OCT for embryology
-OCT for Art Conservation
-Novel Sources for OCT
-Eye Tracking for 3D OCT
-Spectroscopic OCT with supercontinuum fibre source
-Spectral Selection for OCT
-Imaging of the eye
Sensing:
-Structural Health Monitoring Using Multiplexed Fibre-Grating Arrays (SHODOS)
-Brillouin Gain Based Distributed Sensing
-Multiplexing Fibre Bragg Gratings
-Medical Sensing
Acousto, Electro-optics and Magneto-optics:
-Team for electro-optical and acousto-optical microstructures
-Spin-dependent phenomena in bulk crystals and nanostructures of semimagnetic semiconductors and their device applications (INTAS)
-INCO-COPERNICUS, Novel optical devices and measurement techniques; technology transfer and training
Environmental Monitoring/Photorefractive Effect:
-Environmental Monitoring
-Applications of the Photorefractive Effect
Optoelectronics:
-Subnanosecond dwell time optical multichannel digital correlator
-High-speed Microwave Photonics
Optical Coherence Tomography:
-Early work on OCT
-En-face flying spot OCT
-OCT/SLO
-Scanning, Noise and Distortions
-OCT Applications