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An international research activity of state-of-the-art experimental laboratories
and theoretical modelling
The World of Polaritonics
The World of Polaritonics
Polaritonics is a growing field of research gathering various academic and industrial partners around the globe.
Polaritonics is a growing field of research gathering various academic and industrial partners around the globe.
If you would like to add your research group to the map or report any errors, please contact Dr Grayfer: e.grayfer@skoltech.ru. Graphs according to Web of Science, searching for "(photon OR cavity OR exciton) AND polariton*" in Topic, updated on 22/09/2025. Reproduction is allowed by request and with proper credits.
Academic collaborations
Academic collaborations
We collaborate with several leading international academic research groups with expertise both in the fabrication and characterisation of semiconductor microcavities and the theory of polariton condensates.
We collaborate with several leading international academic research groups with expertise both in the fabrication and characterisation of semiconductor microcavities and the theory of polariton condensates.
University of Sheffield
University of Sheffield
FORTH
FORTH
Academic lead: Prof Pavlos Savvidis
St Petersburg State University & Russian Quantum Centre
St Petersburg State University & Russian Quantum Centre
Academic lead: Prof Alexey Kavokin
University of Warsaw
University of Warsaw
Academic leads: Dr Jacek Szczytko & Dr Barbara Piętka
Industrial partners
Industrial partners
We collaborate with several industries in the fields of photonics, materials, nano-fabrication and others.
We collaborate with several industries in the fields of photonics, materials, nano-fabrication and others.
Funding partners
Funding partners
Our research are kindly supported by various national and supranational funding agencies.
Our research are kindly supported by various national and supranational funding agencies.
Russian Science Foundation
Russian Science Foundation
"Multication mixed-halide semiconductor nano- and microlasers resistant to photoinduced ion segregation". (2024-2027), Principal Investigator: Dr. Anatoly Pushkarev, Link
"Hybrid volatile-nonvolatile photoluminescent memory based on perovskite and germanium-antimony-tellurium alloy for neuromorphic computers" (2025-2026), Principal Investigator: Dr. Grigorii Verkhogliadov, Link
"Realization and control of exciton-polariton system in aperiodic and modulated in time potentials". (2024-2027), Principal Investigator: Dr. Sergey Alyatkin, Link
"All-optical lateral logic circuits based on polariton condensates in perovskites films" (2023-2026), Principal Investigator: Dr. Denis Sannikov, Link
“Realization and study of optically imprinted two-dimensional lattices of polariton condensates in inorganic microcavities”. (2021-2023), Principal Investigator: Dr. Sergey Alyatkin
"Spatially-selective synthesis of 2D materials" (2021-2024), Principal Investigator: Prof. Sakellaris Mailis
"Organic polaritonics: investigation of nonlinear interactions and quantum effects of Bose condensates of Frenkel exciton polaritons " (2020 - 2023), Principal Investigator: Dr. Anton Zasedatelev
"Realization of active optical devices on a chip based on polariton phenomena in organic materials" (2018 - 2020), Principal Investigator: Dr. Anton Zasedatelev
Russian Foundation for Basic Research
Russian Foundation for Basic Research
"Hybrid organic-inorganic semiconductor polariton condensates and transistors", Jointly with Deutsche Forschungsgemeinschaft (DFG) (2020 - 2022), Principal Investigators: Prof. Pavlos Lagoudakis & Prof. Sven Höfling
"Vibron-polariton collective phases and lasing at room temperature" (2020 - 2022), Principal Investigator: Prof. Pavlos Lagoudakis
"Investigation of mechanisms of stochastic quantum vortices formation in a polariton condensate" (2020 - 2022), Principal Investigator: Kirill Sitnik
"Exciton-polariton Bose condensate spinors: coherence, density fluctuations, and photon statistics" (2020-2022), Principal Investigator: Stepan Baryshev
European Commission, Horizon 2020
European Commission, Horizon 2020
"Polariton Logic (POLLOC)", a collaborative project funded under the auspice of the Research and Innovation action of the European Commission's Horizon 2020 program and aiming at developing all-optical photonic devices using organic polaritonics platform, jointly with IBM Zurich (Switzerland), ETH Zurich (Switzerland), CNRS (France) and AMO GMbH (Germany). Duration: 2020 to 2023.
Engineering and Physical Sciences Research Council (EPSRC, UK)
Engineering and Physical Sciences Research Council (EPSRC, UK)
"Hybrid Polaritonics Programme Grant", an EPSRC supported consortium between leading academic institutions in the field of organic polaritonics and industrial partners (2015-2021), Investigators: Prof. Pavlos Lagoudakis (PI), Dr. Jonathan Killing, Prof. Graham Turnbull, Prof Sven Hoefling, Prof David Lidzey, Prof Ifor Samuel, Prof. Alexei Kavokin
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