› Explosive Detection Work Receives Further Coverage
9th June 2010
› Nature Photonics paper published
1st October 2009
› LED-pumped polymer laser developed
6th May 2008
› 'Sticking plaster' cure for skin cancer
30th October 2006
› Thickness dependent absorption spectra in conjugated polymers: Morphology or interference?, Applied Physics Letters, Gaudin et al.
› A hybrid organic semiconductor/silicon photodiode for efficient ultraviolet photodetection, Optics Express, Levell et al.
› Comparison of hole mobility in thick and thin films of a conjugated polymer, Organic Electronics, Gambino et al.
› Effects of solution processing and thermal annealing on the phosphorescence of iridium(III) complex-cored dendrimer films, Organic Electronics, Ribierre et al.
› How to recognize lasing, Nature Photonics, I.D.W. Samuel, E.B. Namdas & G.A. Turnbull
Current News • 2010 • 2009 • 2008 • 2007 • 2006 • 2005 • 2004 • 2003 • 2002 • 2001 • 2000
Christmas Celebrations 2010
10th December 2010
The group congregated for our annual Christmas Dinner; a chance to eat, drink, be merry, and watch Salvatore (pictured) excel in the role of Santa Claus, delivering presents as well as joy and festive spirit to all. The evening, organised by Amy, was a resounding success, and we look forward to next year's celebrations, where Santa will move from Italy to Greece, as Georgios generously volunteered to take on the role.
Three group members graduate on St Andrews Day
30th November 2010
Three group members completed the last act of their PhDs by graduating on St Andrews day. A snowy backdrop lent an air of charm to the day's events as gowns were donned and doctorates were conferred. Congratulations to Dr Georgios Tsiminis, Dr Ying Yang, and Dr Gordon Hedley.
Schools Lectures on Plastic Lasers
3rd November 2010
Dr Turnbull gave two lectures to school pupils from across Edinburgh at Merchiston Castle School. The lecture "Plastic Lasers from Jelly to Gelignite" discussed the science and history of lasers since their first demonstration 50 years ago and introduced our recent work using plastic lasers to detect explosives.
Paper Makes Most Downloaded List
4th October 2010
A recent paper on ultrafast photophysics is attracting a lot of interest. Last month it was one of the top ten most downloaded articles in the Journal of Physical Chemistry A. The paper studies the light-emission from iridium complexes, which are important for highly efficient displays and lighting.
Explosive Detection Work Receives Further Coverage
9th June 2010
After being featured in New Scientist (see story below) the work on using organic lasers to detect explosives has received further attention. The story has been featured by numerous news organisations around the world, including BBC News, Times Online, Die Welt, The Scotsman, The Daily Mail and the Daily Record, amongst others.
The research focuses on using organic lasers to sense very small quantities of explosive vapours and it is envisaged that this could be used in both battlefield situations and also in domestic environments such as airports. The university press release as well as the paper itself are available to read.
New Scientist features our work
4th June 2010
New Scientist magazine has featured our group's work on developing organic laser based sensors to detect explosive vapours. Our recent paper indicates that polyfluorene based lasers enable the efficient detection of materials containing nitroaromatics (such as TNT).
Ying Yang passes viva
20th May 2010
Dr Ying Yang has passed her PhD viva. Her thesis was entitled: "Organic Semiconductor Lasers: Compact Hybrid Light Sources and Development of Applications". Dr Yang is pictured here having the traditional dunk in the physics courtyard pond. Congratulations to Ying.
Gordon Hedley passes viva
12th May 2010
Dr Gordon Hedley has passed his PhD viva. His thesis was entitled: "Ultrafast Photophysics of Iridium Complexes". Dr Hedley will remain part of the OSO group, working on photophysics of organic materials and developing new measurement techniques. Gordon is pictured here during his traditional doctoral celebratory immersion in the physics courtyard pond. Congratulations to Gordon.
UV enhanced photodiode highlighted on optics.org
15th March 2010
Our work on enhancing photodiodes in the ultraviolet is highlighted in research news on optics.org. It shows that organic semiconductors provide a simple way of fabricating photodiodes which are sensitive to UV light. On the right is a photograph of the authors, Ifor Samuel, Jack Levell and Mario Giardini (from left to right). Well done to all!
Group demonstration on the Science Discovery Day
13rd March 2010
The "plastic electronics" stand was a big success at the start of the Fife Science Festival that our department hosted today. The stand included glowing organic semiconductors, flashing organic light-emitting diodes, and today's Daily Express which featured our work on wearable light sources for skin cancer treatment as one of only three stories on its front page. The star attraction was an activity where visitors could make their own solar cell (see picture).
Skin cancer treatment launched and highlighted on Sky, BBC and CBS news
12th March 2010
A wearable light source capable of treating common skin cancers has been launched today at the 2010 meeting of the European Society for Photodynamic Therapy. This breakthrough in skin cancer treatment was developed by Prof. Ifor Samuel and Prof. James Ferguson at Ninewells Hospital, Dundee. The idea started from Ifor's research on organic semiconductors as new light-emitting materials, enabling the light-emitting "sticking plaster" to be made. The new treatment could ultimately be given by general practitioners, removing the need for a hospital visit. More can be read on the Sky News, BBC News, and CBS News.
Group helps with 'Lab in a lorry'
20th January 2010
Our group continued its recent tradition of helping to staff the Institute of Physic's 'Lab in a Lorry' when it visited the St Andrews area. The lorry is a mobile lab that tours Schools providing kids with an opportunity to take part in real scientific experiments. Group members helped by providing scientific expertise and discussing about real science in action with the public. Everyone involved found it to be a great experience!