Prof Pavlos Lagoudakis is Director of Research at the Department of Physics and Astronomy at the University of Southampton and the Hybrid Photonics Laboratories at the University of Southampton & MIT-Skoltech. His research spans the fields of photonics, strong light-matter coupling, semiconductor and condensed matter physics. Link to CV.
Natalia Berloff is Professor at the Centre for Photonics and Quantum Materials at MIT-Skoltech, Professor of Applied Mathematics at Department of Applied Mathematics and Theoretical Physics at the University of Cambridge, and a Fellow of Jesus College. Her research interests are in quantum hydrodynamics, understanding and exploiting coherence in non-equilibrium quantum systems: Bose Condensation of excitons and polaritons, magnons, atomic gases, and superfluid helium.
Simone De Liberato, Royal Society University Research Fellow and Associate Professor at the University of Southampton, is a theoretical physicist and an entrepreneur. He leads the Quantum Theory and Technology group, investigating solid-state cavity quantum electrodynamics for both fundamental and technological applications.
Sakellaris Mailis is an Assistant Professor at at the Centre for Photonics and Quantum Materials at MIT-Skoltech. His line of research focuses on using UV lasers to write waveguide circuits on semiconductor microcavities, with an aim towards polaritons fluids on a chip.
Dr Mael Brossard is the Deputy Director for Operations at the Hybrid Photonics Laboratories at MIT-Skoltech. He completed his PhD in the field of Hybrid Photonics at the University of Southampton and in 2015 he moved to MIT-Skoltech, where he assumed the responsibility of managing the infrastructure and build-up of the Hybrid Photonics Laboratories. He contributes to the research of hybrid LED and PVs through co-supervision of interns, master and PhD students.
Stepan Baryshev is pursuing a PhD on inorganics polaritonics at MIT-SK, where he works on correlation measurements of polariton condensates.
Alexander Averchenko was a research intern at MIT-SK, assisting Dr. Zasedatelev in the on-going development of an inorganic polaritonics setup focused on correlation measurements.
Stella Harrison is pursuing her MPHYS with Research at the University of Southampton developing machine learning algorithms for optimising and automising the generation of polariton graphs.
Kirill Sitnik completed his research internship on developing and characterising a setup for time-resolved photoluminescence excitation and is currently pursuing his PhD on organic polaritonics at MIT-Skoltech.
Julian Toepfer did his Diploma on developing new methods for controlling the interactions between polariton condensates and investigating the formation of giant vortices at the University of Southampton and at MIT-SK. He is currently pursuing a PhD following his master thesis in Southampton.
Ivan Gnusov is pursuing his PhD on the investigation of inorganic spinor polariton condensate properties .
Igor Salimon is pursuing his PhD on laser processing and synthesis of optoelectronic materials at Skoltech.
Igor Agafonov is a first year master student at Skoltech. Within the framework of the joint research program with St Petersburg Academic University, he will carry on a project on using time-resolved spectroscopy to characterize microdisk resonators.
Pavel Kokhanchik received a bachelor's degree from Moscow State University, now he is a master student at Skoltech. He is engaged in research in the field of organic polaritonics, as well as numerical simulations of various microcavities systems.
Ekaterina Zharkova is a first year master student at Skoltech. She will work on laser synthesis of 2D transition metals.
Ekaterina Nguyen is a first year master student at Skoltech. Under the guidance of Prof Pavlos Lagoudakis, she studies the dynamics of room-temperature polariton condensates driven by long-duration pump pulses
Nicky Brooks is administrative assistant to Prof Lagoudakis at Southampton University.
Prof. Constantinos Valagiannopoulos is an Associate Professor at the Department of Physics of Nazarbayev University (NU), Astana, KZ. He leads the NU Metamaterial Modeling and Design Group and his research pertains to inverse design of photonic devices with use of metamaterials and 2D media.
Dr Matteo Silva completed his PhD on the experimental realisation of polariton simulators and currently investigates frustration in extended polariton lattices; here enjoying a glass of prosecco for defending his thesis in record time (less than 3 years). He is now working as a systems engineer for Huawei.
Dr Elena Kamman completed her PhD on the dynamics of spinor condensates in microcavities in Southampton in 2012. She went to on hold managing and engineering positions at Attocube and at MTG Telescope Optics and is currently working for the European Space Agency.
Dr. Pasquale Cilibrizzi completed his PhD on the study of fluidics, linear and nonlinear phenomena in polariton microcavities in 2015 in Southampton, where he stayed until 2017 as a postdoctoral fellow. He is now a postdoctoral researcher at the Nano-scale Science and Engineering Center at University of California, Berkeley.
Dr. Niccolo Somaschi completed his PhD on engineering nonlinearities in organic and hybrid microcavities in Southampton in 2014. He followed his thesis with a postdoctoral position with Pascale Sellenart at the Center for Nanoscience and Nanotechnology in Saclay near Paris. He recently co-founded Quandela, a start-up offering high brighness single photon sources integrated into custom cryosystems.
Dr Giannis Chatzopoulos, completed his PhD in quantum optics and is currently developing techniques for phase retrieval utilising polariton lattices at the University of Southampton.
Kirill Kalinin completed his PhD at the University of Cambridge specialising in modelling of various aspects of polariton condensates including spin degree of freedom, dynamics, interactions between condensates, fundamentals of polariton graph optimisers.
Vladislava Bulgakova was a research intern at MIT-SK, where she works with on developing a fully automated time-resolved photo-luminescence emission (PLE) setup.