Advanced Light-Emitting and Optical Materials
Master’s and PhD students
28-30 June 2021
Vladivostok, Russia (FEFU campus) + online
The school will be held in a hybrid format (offline in Vladivostok, Russia for Russian participants + online worldwide).
3-day course of lectures from the world's best experts the fundamentals to the latest achievements in the field, poster session and discussions with experts on modern scientific issues.
The Poster Session for young participants will provide unique opportunity for exchanging their experience with the world leading experts. We are going to select 3 (three) best posters and award them with Diplomas and memorable prizes.
Apply for a grant and the Organizing Committee will determine the best applications to fully or partially cover the travel costs or participation fee.
💥 Educational lectures
💥 Useful links and resources for you to get prepared for the School.
💥 Overview of the latest achievements in the field and promising topics
💥 Practical classes in COMSOL to get familiar with the software, understand the basics and run your own project under careful guidance
💥 Poster session where you can present your research and exchange your experience with the leading experts
💥 Open talks on how and why pursue a career in science and tips and tricks on how to make your first steps
The post-deadline application for SLALOM 2021 is open for online participation and for FEFU and Far Eastern Branch of the RAS until 7 June 2021.
Selection of the School participants is made on the basis of applicant’s CV and motivation letter.
All participants are encouraged to attend Poster Session competition. The best poster will be awarded.
Grants to cover the participation fee will be offered for selected students after consideration of requests.
10:00
Introduction to scattering theory
Nanoplasmonics: from basic theory to quantum effects
Self-organizing process of biomineralization in nature as promising nanotechnologies for photonics
11:00
Application of functional materials in nano- and biophotonics
11:45
Break
12:00
Lasers: main principles, last achievements, micro and nanolasers
Optical experimental methods: dark-field microscopy and angle-resolved spectroscopy
All-dielectric thermonanophotonics: resonant all-dielectric nanostructures for thermal tuning of optical response
12:45
Coffee-break
13:00
Laser nanofabrication: how to produce functional nanostructures using short laser pulses?
Lifetime measurements: why do we need to trace fast processes?
Nanospectroscopy: peeking beyond the diffraction limit
13:45
Lunch
14:30
Perovskite light emitting devices new architectures
Active Polaritonics in Hybrid Photonic Structures: from Lasing to Superconductivity
15:15
Break
15:30
Practical class in COMSOL
Practical class in COMSOL
Magnon Quantum Effect and Magnonic Devices
16:15
Practical class in COMSOL
Practical class in COMSOL
17:30
Coffee-break
17:45
Nanocrystal Optoelectronics using Colloidal Quantum Dots and Wells: Pushing the Limits, Breaking Records
18:30
Coffee-break
10:00
Introduction to scattering theory
11:00
11:45
Break
12:00
Lasers: main principles, last achievements, micro and nanolasers
12:45
Coffee-break
13:00
Laser nanofabrication: how to produce functional nanostructures using short laser pulses?
13:45
Lunch
14:30
15:15
Break
15:30
Practical class in COMSOL
17:30
Coffee-break
17:45
Nanocrystal Optoelectronics using Colloidal Quantum Dots and Wells: Pushing the Limits, Breaking Records
18:30
Coffee-break
18:45
10:00
Nanoplasmonics: from basic theory to quantum effects
11:00
11:45
Break
12:00
Optical experimental methods: dark-field microscopy and angle-resolved spectroscopy
12:45
Coffee-break
13:00
Lifetime measurements: why do we need to trace fast processes?
13:45
Lunch
14:30
Perovskite light emitting devices new architectures
15:15
Break
15:30
Practical class in COMSOL
17:30
Coffee-break
17:45
18:00
10:00
Self-organizing process of biomineralization in nature as promising nanotechnologies for photonics
11:00
Application of functional materials in nano- and biophotonics
11:45
Break
12:00
All-dielectric thermonanophotonics: resonant all-dielectric nanostructures for thermal tuning of optical response
12:45
Coffee-break
13:00
Nanospectroscopy: peeking beyond the diffraction limit
13:45
Lunch
14:30
Active Polaritonics in Hybrid Photonic Structures: from Lasing to Superconductivity
15:30
Magnon Quantum Effect and Magnonic Devices
16:15
The School venue for the offline part is Far Eastern Federal University,
which the best classical university in Eastern Russia originating from 1899.
Modern campus of the University is located on the Russkiy Island.
The Far Eastern Federal University is (FEFU) located in Vladivostok, listed among one the world's Top 10 beautiful oceanfront cities.
You can take a look at the FEFU virtual tour here.
Accommodation on campus is paid individually by the participants,
the FEFU provides special discount for School participants.
Single room | Double room | |
Price per night | 3000 RUB | 1500 RUB |
You can choose to live in your own room (for 3000 RUB / night) or share the room with someone and pay for the bed in a double room (1500 RUB / night). Upon sending the results of the acceptance we will ask you to fill in the form and indicate preferable type of accommodation and the dates of your arrival and departure. The payment for the room will be during the check-in at the hotel complex.
The Texas University at Dallas (USA)
Pavel BelovITMO University (Russia)
Far Eastern Federal University (Russia)
Alexey OgnevFar Eastern Federal University (Russia)
ITMO University (Russia)
George ZografITMO University (Russia)
Irina IvankovaFar Eastern Federal University (Russia)
Email: slalom@physics.itmo.ru
Russia, Saint Petersburg, Lomonosova str, 9
Department of Physics and Engineering