Search
dr hab. Jan Franz
Employment
- Associate professor at Institute of Physics and Applied Computer Science
e-Learning courses
-
Optymalizacja baz danych
-
Metody optymalizacji - 2022
Kurs do przedmiotu "Metody optymalizacji", zawiera materiały do wykładu i laboratorium.
-
Monte Carlo Methods
This course will introduce the foundations of Monte Carlo simulation methods. Fundamental algorithms will be described. It will be shown how Monte Carlo methods can be used to simulate the transport of energetic particles in condensed matter.
-
Monte Carlo simulations
Virtual platform for the project "Monte Carlo simulations of energetic electrons and positrons in condensed matter".
-
Proceduralne języki programowania I
-
[NF] Physical Research Methods I: Computational methods for transport phenomena
{mlang pl} Dyscyplina: NF Zajęcia obowiązkowe dla doktorantów I i II roku Prowadzący: Prof. Maurizio Dapor Liczba godzin: 15 Forma zajęć: wykład/seminarium {mlang} {mlang en} Discipline: NF Obligatory course for 1st and 2nd-year PhD students Academic teacher: Prof. Maurizio Dapor Total hours of training: 15 teaching hours Course type: lecture/seminar {mlang}
-
[NF] Monographic lectures on physics: Quantum Collisions: Theoretical Foundations
{mlang pl} Dyscyplina: nauki fizyczne Zajęcia obowiązkowe dla doktorantów I i II roku Prowadzący: dr hab. Paweł Możejko, prof. PG; dr hab. Jan Franz, prof. PG Liczba godzin: 15 Forma zajęć: wykład {mlang} {mlang en} Discipline: physical sciences Obligatory course for 1st and 2nd-year PhD students Academic teachers: dr hab. Paweł Możejko, prof. PG; dr hab. Jan Franz, prof. PG Total hours of training: 15 teaching hours Course...
-
Metody optymalizacji
Kurs do przedmiotu "Metody optymalizacji", zawiera materiały do wykładu i laboratorium.
-
[NF] Monographic lectures on physics: Quantum Collisions: Theoretical Foundations - 2022
{mlang pl} Dyscyplina: nauki fizyczne Zajęcia obowiązkowe dla doktorantów I i II roku Prowadzący: dr hab. Paweł Możejko, prof. PG; dr hab. Jan Franz, prof. PG Liczba godzin: 15 Forma zajęć: wykład {mlang} {mlang en} Discipline: physical sciences Obligatory course for 1st and 2nd-year PhD students Academic teachers: dr hab. Paweł Możejko, prof. PG; dr hab. Jan Franz, prof. PG Total hours of training: 15 teaching hours Course...
-
Fizyka molekularna dla IBM 2022/23
Celem przedmiotu jest zapoznanie studentów z podstawowymi zagadnieniami fizyki oraz biofizyki molekularnej. Kurs przeznaczony jest dla studentów studiów II stopnia kierunku Inżynieria Biomedyczna.
-
Dynamika kwantowa - 2022
Kurs do przedmiotu "Dynamika kwantowa", zawiera materiały do wykładu.
-
WIB - NDD
-
Programowanie współbieżne i równoległe - laboratorium - 2022/23
Programowanie współbieżne i równoległe dla studentów WFTiMS
-
Obiektowe języki programowania III - 2022/23
-
Scattering Theory Summer School 2022
Summer school on Scattering Theory at Gdańsk University of Technology. 1 - 19 August online 22 - 26 August online or in Gdańsk (you choose) Participation is for free! Attractive fellowships! More info and registration: https://ftims.pg.edu.pl/en/science-app/summer-schools-2022/scattering-theory
-
[NF] Physical Research Methods III: Scattering Theory
{mlang pl} Dyscyplina: NF Zajęcia obowiązkowe dla doktorantów II i III roku Prowadzący: Prof. Simone Taioli Liczba godzin: 15 Forma zajęć: wykład/seminarium {mlang} {mlang en} Discipline: NF Obligatory course for 2-nd and 3-rd year PhD students Academic teacher: Prof. Simone Taioli Total hours of training: 15 teaching hours Course type: lecture/seminar {mlang}
-
Dynamika kwantowa
Kurs do przedmiotu "Dynamika kwantowa", zawiera materiały do wykładu.
-
Fizyka fazy skondensowanej 2024/25
Kurs przeznaczony jest dla studentów studiów stacjonarnych II stopnia kierunku Fizyka Techniczna specjalność FSiF. Tematyka kursu obejmuje podstawy fizyki fazy skondensowanej.
-
Monte Carlo Methods - 2023/24
This course will introduce the foundations of Monte Carlo simulation methods. Fundamental algorithms will be described. It will be shown how Monte Carlo methods can be used to simulate the transport of energetic particles in condensed matter.
-
Fizyka molekularna dla IBM 2023/24
Celem przedmiotu jest zapoznanie studentów z podstawowymi zagadnieniami fizyki oraz biofizyki molekularnej. Kurs przeznaczony jest dla studentów studiów II stopnia kierunku Inżynieria Biomedyczna.
-
Obrony zdalne - Hanna Magdańska
Obrony zdalne
-
Monte Carlo Methods - 2024/25
This course will introduce the foundations of Monte Carlo simulation methods. Fundamental algorithms will be described. It will be shown how Monte Carlo methods can be used to simulate the transport of energetic particles in condensed matter.
-
Obiektowe języki programowania III - 2024/25
-
Metody optymalizacji - 2023
Kurs do przedmiotu "Metody optymalizacji", zawiera materiały do wykładu i laboratorium.
-
Projekt dyplomowy (mgr) z Jan Franz
Kurs przeznaczony dla Studentów ealizujących projekt dyplomowy magisterski z dr hab. Jan Franz.
-
Języki Programowania 2024
-
Programowanie współbieżne i równoległe - 2024/25
Programowanie współbieżne i równoległe dla studentów WFTiMS
-
Obiektowe języki programowania III - 2023/24
-
Metody optymalizacji - 2024
Kurs do przedmiotu "Metody optymalizacji", zawiera materiały do wykładu i laboratorium.
-
Fizyka fazy skondensowanej 2023/24
Kurs przeznaczony jest dla studentów studiów stacjonarnych II stopnia kierunku Fizyka techniczna specjalność Fizyka stosowana i fotowoltaika. Tematyka kursu obejmuje podstawy fizyki fazy skondensowanej.
-
Multiscale Methods Summer School 2023
Summer school on Multiscale Methods at Gdańsk University of Technology. 3. - 7. July: 10 hours online10. - 14. July: 10 hours online17. - 21. July: 10 hours online24. - 28. July: 30 hours online or in Gdańsk (you choose) Participation is for free! More info and registration: https://ftims.pg.edu.pl/en/science-app/summer-schools-2023/multi-scale-methods-summer-school
-
Projekt dyplomowy (inż.) z Jan Franz
Kurs przeznaczony jest dla Studentow realizujących projekt dyplomowy inżynierski z dr hab. Jan Franz.
-
Programowanie współbieżne i równoległe - laboratorium - 2023/24
Programowanie współbieżne i równoległe dla studentów WFTiMS
-
Fizyka atomu i cząsteczki II
Conducted classes
-
-
Molecular physics
Faculty of Applied Physics and MathematicsField of study: Biomedical Engineering
Specialization: Medical Physics
Field of study: Biomedical Engineering
Specialization: Medical Physics
Field of study: Biomedical Engineering
Specialization: Medical Physics
-
-
-
Fizyka molekularna
Faculty of Applied Physics and MathematicsField of study: Biomedical Engineering
Specialization: Medical Physics
Field of study: Biomedical Engineering
Specialization: Medical Physics
Field of study: Biomedical Engineering
Specialization: Medical Physics
-
Object-oriented programming languages III
Faculty of Applied Physics and MathematicsField of study: Technical Physics
Specialization: Applied Computer Science
-
Multiscale Methods Summer School
Faculty of Applied Physics and Mathematics -
Monte Carlo Methods
Faculty of Applied Physics and MathematicsField of study: Technical Physics
Specialization: Applied Physics and Photovoltaics
-
Concurrent and parallel programming
Faculty of Applied Physics and MathematicsField of study: Technical Physics
Specialization: Applied Computer Science
-
-
-
Concurrent and parallel programming
Faculty of Applied Physics and MathematicsField of study: Technical Physics
Specialization: Applied Computer Science
-
Object-oriented programming languages III
Faculty of Applied Physics and MathematicsField of study: Technical Physics
Specialization: Applied Computer Science
-
Multiscale Methods Summer School 2023
Faculty of Applied Physics and Mathematics -
Monte Carlo Methods
Faculty of Applied Physics and MathematicsField of study: Technical Physics
Specialization: Applied Physics and Photovoltaics
-
Fizyka molekularna
Faculty of Applied Physics and MathematicsField of study: Biomedical Engineering
Specialization: Medical Physics
Field of study: Biomedical Engineering
Specialization: Medical Physics
Field of study: Biomedical Engineering
Specialization: Medical Physics
-
Szkoła letnia Scattering Theory
Faculty of Applied Physics and Mathematics -
Physics of Condensed Matter
Faculty of Applied Physics and MathematicsField of study: Technical Physics
Specialization: Applied Physics and Photovoltaics
-
-
-
Monographic lectures on physics I
Doctoral SchoolDiscipline: physical sciences
-
Physics research methods Part IV
Doctoral SchoolDiscipline: physical sciences
-
Object-oriented programming languages III
Faculty of Applied Physics and MathematicsField of study: Technical Physics
Specialization: Applied Computer Science
-
Scattering of waves and particles: theory and calculations
Faculty of Applied Physics and MathematicsField of study: Technical Physics
Specialization: Applied Physics and Photovoltaics
-
Scattering Theory Summer School
Doctoral School -
Dynamika kwantowa
Faculty of Applied Physics and MathematicsField of study: Technical Physics
Specialization: Applied Physics
-
Electron-Atom Collisions and Spin-Polarization Phenomena
Faculty of Applied Physics and MathematicsField of study: Technical Physics
Specialization: Applied Physics and Photovoltaics
-
Monte Carlo Methods
Faculty of Applied Physics and MathematicsField of study: Technical Physics
Specialization: Applied Physics and Photovoltaics
-
-
-
Object-oriented programming languages III
Faculty of Applied Physics and MathematicsField of study: Technical Physics
Specialization: Applied Computer Science
-
Dynamika kwantowa
Faculty of Applied Physics and MathematicsField of study: Technical Physics
Specialization: Applied Physics
-
Physics research methods. Part I
Doctoral SchoolDiscipline: physical sciences
-
Physics research methods. Part III
Doctoral SchoolDiscipline: physical sciences
-
-
-
Object-oriented programming languages III
Faculty of Applied Physics and MathematicsField of study: Technical Physics
Specialization: Applied Computer Science
-
Monographic lectures on physics. Part II
Doctoral SchoolDiscipline: physical sciences
-
-
-
Object-oriented programming languages III
Faculty of Applied Physics and MathematicsField of study: Technical Physics
Specialization: Applied Computer Science
-
-
-
Object-oriented programming languages III
Faculty of Applied Physics and MathematicsField of study: Technical Physics
Specialization: Applied Computer Science
-
-
-
The origin of life
Faculty of Applied Physics and Mathematics -
Object-oriented programming languages III
Faculty of Applied Physics and MathematicsField of study: Technical Physics
Specialization: Applied Computer Science
-
Computational Chemistry
Faculty of Applied Physics and Mathematics
-
-
-
Computational Chemistry
Faculty of Applied Physics and MathematicsField of study: Materials Engineering
Specialization: Advanced Engineering of Functional Materials
-
Computational Chemistry
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
-
The origin of life
Faculty of Applied Physics and MathematicsField of study: Technical Physics
-
The origin of life
Faculty of Applied Physics and MathematicsField of study: Materials Engineering
Specialization: Advanced Engineering of Functional Materials
-
The origin of life
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
-
Computational Chemistry
Faculty of Applied Physics and MathematicsField of study: Technical Physics
-
Reviewed papers list
-
Quantum effects in ultracold collisions of atoms, ions, and molecules
M.Sc. Dariusz Wiater - University of Warsaw - 2023
-
Influence of e+ – e− pair interaction with matter in the vicinity of free volume of condensed medium on the formation of positronium atom
dr Marek Pietrow - Uniwersytet M. Curie-Skłodowskiej - 2022
seen 2973 times