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Advanced lecture series "Oxide materials for optoelectronics" by distinguished visiting professors from the UK, Germany, Spain, Czechia, China, and Serbia, in the framework of the STER programme

ORGANIZERS: Prof. Wojciech Paszkowicz (Institute of Physics PAS), Prof. Andrzej Suchocki (Institute of Physics PAS), Dr. Roman Minikayev (Institute of Physics PAS)


Invited lecturers:

  • J. Paul Attfield, University of Edinburgh (UK)
  • C. Richard A. Catlow, University College London (UK)
  • Alfonso Muñoz, La Laguna University (Spain)
  • Nirupam Chakraborti, Czech Technical University in Prague (Czechia)
  • Miroslav Dramicanin, Vinca Institute of Nuclear Sciences (Serbia)
  • Chong-Geng Ma, Chongqing University of Posts and Telecommunications (China)
  • Sergey Medvedev (to be confirmed), Max-Planck-Institut für Chemische Physik fester Stoffe, Dresden (Germany)

Cykl wykładów zatytułowany "Materiały tlenkowe dla optoelektroniki" poświęcony jest badaniom materiałów tlenkowych. Wykłady obejmują syntezę i właściwości tlenków oraz eksperymentalne i teoretyczne metody badań przydatne w nauce o tlenkach. W szczególności wykłady będą dotyczyć syntezy pod ciśnieniem, zmian właściwości optycznych pod wpływem ciśnienia, modelowania struktury kryształu i defektów oraz struktury elektronowej. Przedstawione zostaną wykłady z optymalizacji metodami ewolucyjnymi i z metod modelowania, termometrii optycznej oraz modelowania luminoforów. Program wykładów przeznaczony jest zarówno dla naukowców rozpoczynających tematykę tlenków, jak i dla doktorantów. Część wykładów dotyczy eksperymentalnych i teoretycznych metod ogólnego (nie tylko dla materiałów tlenkowych) zastosowania. Zainteresowanych słuchaczy zachęcamy do udziału w dyskusjach po wykładach oraz do bezpośredniego kontaktu z wykładowcami.

    

The series of lectures entitled "Oxide materials for optoelectronics" is devoted to studies of oxide materials. The lectures will include the synthesis and properties of oxides, as well as experimental and theoretical methods of study useful in the science of oxides. In particular, the lectures will cover synthesis under pressure, variation of optical properties with pressure, modeling of the crystal structure, defects, and electronic structure. Lectures will be given also on evolutionary optimization and on modeling methods, on optical thermometry as well as on the modeling of phosphors. The program is intended for both scientists entering the subject of oxides and for PhD students. Some of the lectures cover experimental and theoretical methods with general application (not only in the field of oxides). Interested listeners will be highly encouraged to participate in discussions after the lectures and to contact lecturers directly.

PhD students of the Warsaw-4-PhD doctoral school will obtain 2 ECTS points for verified attendance of 80% of the lectures
Registration for PhD students -- please send an email to This email address is being protected from spambots. You need JavaScript enabled to view it.

 LECTURE SCHEDULE

The lecture series is financed through the STER program of the National Agency for Academic Exchange (NAWA)

 

 
08
05
2023
10:30
Advanced lecture series - Oxide materials for optoelectronics

High pressure synthesis of new oxides and nitrides. Overview of extreme conditions science and HP synthesis methods (LVP etc.)

Venue: Audytorium IFPAN
Prof. J. Paul Attfield University of Edinburgh (UK)
10
05
2023
13:30
Advanced lecture series - Oxide materials for optoelectronics

High pressure synthesis of new oxides and nitrides. Examples of new high-pressure electronic and magnetic materials

Venue: Audytorium IFPAN
Prof. J. Paul Attfield University of Edinburgh (UK)
11
05
2023
13:00
Advanced lecture series - Oxide materials for optoelectronics

High pressure synthesis of new oxides and nitrides. Examples of new high-pressure electronic and magnetic materials (suite)

Venue: Audytorium IFPAN
Prof. J. Paul Attfield University of Edinburgh (UK)
22
05
2023
10:30
Stacjonarnie
Advanced lecture series - Oxide materials for optoelectronics

Ab-initio simulations in high pressure condensed matter, fundamentals and applications (part 1)

Venue: Audytorium IFPAN
Prof. Alfonso Muñoz La Laguna University (Spain)
24
05
2023
12:00
Stacjonarnie
Advanced lecture series - Oxide materials for optoelectronics

Ab-initio simulations in high pressure condensed matter, fundamentals and applications (part 2)

Venue: Audytorium IFPAN
Prof. Alfonso Muñoz La Laguna University (Spain)
26
05
2023
12:00
Stacjonarnie
Advanced lecture series - Oxide materials for optoelectronics

Ab-initio simulations in high pressure condensed matter, fundamentals and applications (part 3)

Venue: Audytorium IFPAN
Prof. Alfonso Muñoz La Laguna University (Spain)
31
05
2023
12:00
Online
Advanced lecture series - Oxide materials for optoelectronics

Modelling of defect properties of oxides (part 1)

Venue: Zoom
Prof. C. Richard A. Catlow; University College London (UK)
01
06
2023
12:00
Online
Advanced lecture series - Oxide materials for optoelectronics

Modelling of defect properties of oxides (part 2)

Venue: Zoom
Prof. C. Richard A. Catlow; University College London (UK)
12
06
2023
10:30
Stacjonarnie
Advanced lecture series - Oxide materials for optoelectronics

Optical thermometry with lanthanide and transition metal activated oxide materials (part 1)

Venue: Audytorium IFPAN
Prof. Miroslav D. Dramićanin; University of Belgrade, Serbia
12
06
2023
12:00
Online
Advanced lecture series - Oxide materials for optoelectronics

Modelling of defect properties of oxides (part 3)

Venue: Zoom
Prof. C. Richard A. Catlow; University College London (UK)
12
06
2023
14:00
Stacjonarnie
Advanced lecture series - Oxide materials for optoelectronics

Evolutionary optimization /modeling methods and their applications in materials (including oxides) design (part 1)

Venue: Audytorium IFPAN
Prof. Nirupam Chakraborti Czech Technical University in Prague (Czechia)
13
06
2023
12:00
Stacjonarnie
Advanced lecture series - Oxide materials for optoelectronics

Optical thermometry with lanthanide and transition metal activated oxide materials (part 2)

Venue: Audytorium IFPAN
Prof. Miroslav D. Dramićanin; University of Belgrade, Serbia
13
06
2023
13:00
Stacjonarnie
Advanced lecture series - Oxide materials for optoelectronics

Evolutionary optimization /modeling methods and their applications in materials (including oxides) design (part 2)

Venue: Audytorium IFPAN
Prof. Nirupam Chakraborti Czech Technical University in Prague (Czechia)
14
06
2023
12:00
Stacjonarnie
Advanced lecture series - Oxide materials for optoelectronics

Optical thermometry with lanthanide and transition metal activated oxide materials (part 3)

Venue: Audytorium IFPAN
Prof. Miroslav D. Dramićanin; University of Belgrade, Serbia
14
06
2023
13:00
Stacjonarnie
Advanced lecture series - Oxide materials for optoelectronics

Evolutionary optimization /modeling methods and their applications in materials (including oxides) design (part 3)

Venue: Audytorium IFPAN
Prof. Nirupam Chakraborti Czech Technical University in Prague (Czechia)
12
09
2023
12:00
Stacjonarnie
Advanced lecture series - Oxide materials for optoelectronics

How to make "good" phosphors via first-principles modelling (part 1)

Venue: Conference room 203, Building I, IF PAN
Prof. Chong-Geng Ma Chongqing University of Posts and Telecommunications (China)
13
09
2023
12:00
Stacjonarnie
Advanced lecture series - Oxide materials for optoelectronics

How to make "good" phosphors via first-principles modelling (part 2)

Venue: Conference room 203, Building I, IF PAN
Prof. Chong-Geng Ma Chongqing University of Posts and Telecommunications (China)
15
09
2023
12:00
Stacjonarnie
Advanced lecture series - Oxide materials for optoelectronics

How to make "good" phosphors via first-principles modelling (part 3)

Venue: Conference room 203, Building I, IF PAN
Prof. Chong-Geng Ma Chongqing University of Posts and Telecommunications (China)

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