The people working on the project are:
Prof. Bill Barnes (Project PI)
“I am a physicist at the University of Exeter I lead the photmat team. My background is in controlling light at the nanoscale, especially through the use of nanostructured metals – plasmonics. I have a long-standing interest in the way light and molecules interact, and this project is the culmination of more than 30 years research. I am delighted to have a dynamic team of researchers working with me at Exeter, together with a slew of colleagues in many countries with whom to collaborate”.
Milo Baraclough (PhD student)
My project is about studying microwave metamaterial analogues of molecular systems. I am interested in looking at the difference between metamolecules and real molecules. I am also keen to explore time-parity violation using metamaterials.
Henry Fernandez (PhD student)
My interests are in strong coupling of molecules, including chiral molecules. In one experiment I am looking to see if strong coupling can influence charge transport in organic semiconductors.
Kishan Menghrajani (PhD student)
For my Masters project “Plasmonics and Metamaterial” I worked on the experimental study of localized surface plasmon resonances in Electrical Department, IIT Madras, India. I am primarily interested in exploring strong coupling between the vibrational modes of molecules and infra-red surface plasmons. Strong coupling to molecular vibrations might open many possibilities in chemical reactivity, catalysis and site-selective reactions.
Philip Thomas (post-doc)
I completed my PhD in Manchester, where I studied the optical properties of nanostructures comprised of metallic (plasmonic) nanostructures and two-dimensional materials. In Exeter I am continuing to investigate the interaction of light and matter on the nanoscale with a particular focus on nanostructured organic materials. I am particularly interested in studying these materials using Fourier plane imaging and ellipsometry.
Adarsh Vasista (post-doc)
Adarsh Vasista has a wealth of experience in optics, plasmonics and the emission of light by molecules. He obtained his PhD from from IISER Pune. Adarsh is working on both strong and weak coupling effects, at the moment in 2D materials. He is also a poet and a writer.
Sathya Sai Seetharaman (PhD student)
My project is about exploring the interacitons between different microwave meta-atoms. This forms the basis of investigating the use of structures such as chains of split-ring resonators to mimic molecules.
Our project would not be possible without many superb support staff. These include people in finance, our European research office and many more. The team in the picture provide fantastic technical support without which much of our experimental work would not be possible. From left to right they are: Paul Wilkins, Pete Savage, Nick Cole, and James Rutley.
Aleks Pac (Masters student)
I am part of a masters project looling at cm scale analogues of molecular systems.
Rachel Jones (Masters student)
I am part of a masters project looling at cm-scale analogues of molecular systems. What interested me about this project was that it provides a great opportunity to do some experimental physics, but also has plenty of scope for both theoretical and computational analysis.
Leanne Stanfield (Masters student)
I am part of a masters project looling at cm-scale analogues of molecular systems. This project appealed to me because I have a strong interest in how we can apply theoretical knowledge to improve our understanding of real world phenomena.
Ben Hughes (Masters student)
I am part of a masters project looling at cm-scale analogues of molecular systems. Having previously gone down an astrophysics route, this project presents an exciting chance to get hands on and work at centimetre scales, instead of parsecs.
Dr Ian Hooper
Ian has expertise that ranges across many aspects of the photmat project. He is particularly strongly involved in the microwave metamaterials aspects.
Dr Simon Horsley
Prof. Geoff Nash
Dr Isaac Luxmoore
I am particularly interested in nanophotonics using 2-D materials such as graphene, hexagonal Boron Nitride and transition metal dichalcogenides.
Dr Eros Mariani
And beyond Exeter, we are collaborating with:
Dr Sara Nunez-Sanchez (Colloidal Chemistry, University of Vigo, Spain)
Sara’s expertise is in molecular materials science, with an ephasis on molecular materials for nanophotonics.