Professor Gordon Love, B.Sc. Ph.D. F.Inst.P. C. Phys.
(email at firstname.lastname@example.org)
Google Scholar (most complete)
I am the Head of the Department of Computer Science. I took on this role in August 2017 after leading the Group which oversaw the creation of the separate Departments of Engineering and Computer Science - from the old joint School of Engineering and Computing Sciences.
Recent Roles & Responsibilities
- Head of the Department of Computer Science: 2017 - present
- Deputy Head of the Faculty of Science (Undergraduates): 2015 - 2017
- Director of Education (Department of Physics): 2012 - 2015
- Head of the Centre for Advanced Instrumentation: 2010 - 2014
- Professor 2011 - Present
- Reader 2005 - 2011
- Senior Lecturer 2004 - 2005
- Lecturer 1997 - 2004
University of New Mexico, Albuquerque, & USAF Phillips Laboratory, USA
- Optical Physicist 1995 - 1997
Raman Research Institute, Bangalore, India:
- Royal Society Visiting Fellow 1992 – 1993
- Epiphany Term 2002: Visiting Position at the Cavendish Astrophysics Group, Cambridge.
- Epiphany Term 2007: Visiting Position at UC Berkeley, School of Optometry.
- Epiphany Term 2012: Visiting Position at the Medical University of Innsbruck,, Austria
My research involves optics and the physics of light. Much of my work has involved adaptive optics which is a technology used in astronomy to improve the performance of large ground telescopes. The technology, like my research, has diversified and is now used in the biosciences, vision science, and computer graphics.
More generally, I am an applied physicist but I work with colleagues in vision science, computer science, and psychology on problems related to 3D displays, the optics of the eye, and computer graphics.
Selected External Appointments
- External Examiner, University of York, Dept. of Physics, 2016-2020
- Council Member, Institute of Physics, 2010-2014
- Conference Chair, Photon14, Imperial College, London, Sept. 2014
- Member, STFC IPS (Innovations Partnership Scheme) Panel, 2010-2013
- External Examiner for Imperial College’s MSc in Optics and Photonics, 2007-2010
- Chair of the Institute of Physics’ Optical Group, 2007-2010 (previously Treasurer and ordinary member).
- Member of the Royal Society’s International Fellowship Panel, 2007–2010
- Member the STFC/Royal Society of Edinburgh Enterprise Fellowships Panel, 2009-2012
- Board Member of the European Optical Society, 2006-2010
- Member of the Institute of Physics’ Group Coordination Committee, 2008-2014
- Steering Committee & Research Board Member of the Faraday Partnership in Smart Optics, 2001– 2005
I have taught a whole range of courses involving optics, astronomy, electronics, image processing and classical mechanics. I have also taught several external courses (including many years contributing to the SIRA Course on Optical Engineering and Imperial College's Short Course on Adaptive Optics).
I have been an external PhD. examiner at Cambridge (x3), Edith Cowan (Australia), Glasgow (x2), Heriot Watt (x2), Imperial (x4), Kent, Nottingham, Oxford (x2), Sheffield, St. Andrews, TU Delft (NL), TU Denmark, UC Dublin, UCL.
My competed PhD. students (as primary supervisor) are
- Nathan Doble
- Thomas Oag
- Tim Butterley
- Chris Saunter
- Jonathan Taylor
- Laura Young
- James Osborn
- Fraser Scobie
- Cyril Bourgenot
- Matthew Cashmore
- Jared Parnell
- Tom Mitchell
- Matthew Townson
This is the "Durham Radio Telescope" on the roof of physics built up by a series of 4th year students working with me.
- I was originally an undergraduate at Van Mildert College
- I was a College Tutor at St. Cuthbert's Society from 1993 - 1995
- I was a College Mentor at Hatfield College from 2008 - 2013
- I am a visiting fellow at St. Chad's College in 2016/17
The following image of a statue and sundial is an example of some of my recent work on stereoscopic vision - showing how the eye synthesises differentially blurred images to produce a sharp whole. The image is a standard-cross-fused stereo image (view the left image with your right eye and vice versa in order to see a 3D image). You will see that as well as the camera position changing slightly between the two shots (which gives the 3D effect) the camera focus has been changed so that in the left hand image the statue is sharp and the gnomon is blurred, and vice versa. If you are able to cross fuse you will see an image where both appear to be sharp. (See link below to higher resolution image which might be easier to view).
Department of Physics
- Centre for Advanced Instrumentation
Centre for Materials Physics
- Experimental structure and dynamics of biological soft matter
Department of Biosciences
- Durham Centre for Bioimaging Technology
Department of Computer Science
- Innovative Computing
- Vision Science
- 3D Displays
- Computer Graphics
- Adaptive Optics
- Liquid Crystal Technology
- Image Processing
- Aksit, Kaan, Ng, Ren, Banks, Martin S., Love, Gordon D., Lopes, Ward, Kim, Jonghyun, Spjut, Josef, Patney, Anjul, Shirley, Peter, Luebke, David, Cholewiak, Steven A. & Srinivasan, Pratul (2017), Varifocal virtuality: a novel optical layout for near-eye display, ACM SIGGRAPH 2017 Emerging Technologies on - SIGGRAPH '17. Los Angeles, ACM, New York, 25.
- Cholewiak, Steven A., Love, Gordon D., Srinivasan, Pratul P., Ng, Ren & Banks, Martin S. (2017). ChromaBlur: Rendering Chromatic Eye Aberration Improves Accommodation and Realism. ACM Transactions on Graphics 36(6): 210.
- Zannoli, Marina, Love, Gordon D., Narain, Rahul & Banks, Martin S. (2016). Blur and the Perception of Depth at Occlusions. Journal of Vision 16(6): 17.
- Johnson, Paul V., Parnell, Jared AQ., Kim, Joohwan, Saunter, Christopher D., Love, Gordon D. & Banks, Martin S. (2016). Dynamic lens and monovision 3D displays to improve viewer comfort. Optics Express 24(11): 11808-11827.
- Banks, Martin S., Sprague, William W., Schmoll, Jurgen, Parnell, Jared A. Q. & Love, Gordon D. (2015). Why do animal eyes have pupils of different shapes?. Science Advances 1(7): e1500391.
- Mitchell, T.J., Saunter, C.D., O'Nions, W., Girkin, J.M. & Love, G.D. (2014). Quantitative High Dynamic Range Beam Proling for Fluorescence Microscopy. Review of Scientific Instruments 85(10): 103713.
- Cashmore, M.T., Hall, S.R.G. & Love, G.D. (2014). Traceable interferometry using binary reconfigurable holograms. Applied Optics 53(24): 5353-5358.
Available for media contact about:
- Visualisation / 3D displays:
- Advanced Instrumentation:
- Vision / eye movement:
- 2015: Telescopic Windows: low vision scope to cloaks (£418041.28 from Epsrc)
- 2012: Comfortable stereoscopic displays: A pre-commercial prototype (£19983.00 from Epsrc)