Our work is based at the Heriot-Watt campus just outside the wonderful city of Edinburgh, and close to the beautiful nature, horrible history, and terrible weather of Scotland.
For an idea of the research directions we are heading in, please see our project pages.
We often have PhD scholarships available: please get in touch at any time.
As a PhD student you’ll make use of nonlinear optics in gas-filled hollow-core fibres to create unique light sources for fundamental science, healthcare, advanced manufacturing and the semiconductor industry. Topics available include ultrafast strong-field interactions, broadband white-light supercontinuum generation, ultrafast high-power deep-ultraviolet sources, and the design and construction of high-energy few-cycle ultrafast fibre lasers. These projects span both fundamental physics through to device engineering, and can be tailored to your specific interests and abilities. Please contact us for more information, and see below for details of what sort of work is involved and what the requirements are.
We occasionally have open post-doc positions, please get in touch for details, and see below for details of what sort of work is involved and what the requirements are.
We are always interested to hear from candidates proposing fellowship applications based at the LUPO laboratories.
What will you be doing?
All positions require candidates to work extensively both as experimentalists in the lab, and on numerical codes to model our experiments.
Experimental work will involve:
Performing and creating rigorous and systematic experiments to explore new physical phenomena
Working with ultrafast optical setups, including pulse compression, synthesis and measurement
Tuning and maintaining high energy ultrafast oscillator, amplifier and parametric amplifier systems
Developing and constructing a high-pressure gas to high-vacuum laser beam-line for infrared, vacuum and extreme ultraviolet experiments
Building optical characterization devices such as Mid-IR, VUV and EUV spectrometers, and pulse measurement devices such as FROGs. Including the development of new pulse characterization techniques in the VUV region
Programming instrument control and data acquisition systems (in python)
Working with electronic and mechanical engineers and CAD models
Our experimental philosophy tends towards building our own devices and systems rather than buying commerical products. This ensures we have greater technical expertise and that our experiments do exactly what we want.
Numerical work will involve:
Running existing simulation codes and processing their results
Helping to develop new models and algorithms to simulate pulse propagation, the material response, and other aspects of our experiments
Coding in Julia, python, C++ and Fortran (don’t worry, mostly Julia and python)
You will be expected to:
Have a good command of English
Write excellent papers
Be eager and good at presenting your results at international scientific conferences around the world
Be willing to work in collaborations at other laboratories
Have a good sense of fun and a healthy perspective on life
PhD candidates must have:
An excellent academic performance record from a good scientific institution
A proven interest in our field of research
Hands-on experience with any of the above experimental skills will be a major advantage
The will to learn, work hard, be creative and have fun!
Postdoctoral candidates must have all of the PhD requirements, but also:
Evidence of producing excellent experimental work in an optical laboratory
A proven record in multiple of the above mentioned skills and techniques
A clear explanation of why they want to join our group and the scientific direction they are heading
If you are interested, then please contact us, explaining why.