Masovian Symposium on Quantum, Optical and Atomic Physics (MaSQOT)

Conferences

Masovian Symposium on Quantum, Optical and Atomic Physics (MaSQOT)

List of Dates (Page event details)

List of Dates (Page event details)

Masovian Symposium on Quantum, Optical and Atomic Physics (MaSQOT)

Masovian Symposium on Quantum, Optical and Atomic Physics (MaSQOT)

10-06-2024 - 11-06-2024

Venue

IF PAN

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Website

https://masqot.fuw.edu.pl/

The symposium will take place in Warsaw at IF and CFT PAN from June 10 to 11, 2024. This will be an opportunity to become acquainted with the recent developments and results, exchange experiences and ideas as well as to explore new directions and initiate future collaborations among researchers working in the Masovian region. More information about the meeting can be found on the website.

From 10-06-2024 to 11-06-2024

1

Seminarium Rentgenowskie
SIMS and the evidence of band crossing in Pb1−xSnxTe

10:30
Institute of Physics PAS, Room D, Building I
mgr Zeinab Khosravizadeh; Instytut Fizyki PAN

Theoretical Physics Seminar
Design thinking tools for scientists

12:00
Institute of Physics PAS, Room D, Building I
dr Katerina Makarova; Department of Physical Chemistry, Faculty of Pharmacy, Medical University of Warsaw

Condensed Matter Physics Seminar
Thermodynamics of a single manipulable superconducting vortex
Cancelled

14:00
Zoom meeting, Institute of Physics P.A.S.
A superconducting vortex is a persistent current forming a loop trapping a quantized amount of the magnetic flux in the superconductor. Vortices, observed in 2nd-type superconductivity, can move in superconducting devices and become a source of dissipation. The studies that aim at the complete description of vortex systems are hindered by two issues. Usually, many vortices are present in the sample at the same time. This fact enables the interaction between them and makes it difficult to study their individual dynamics. Researchers have been able to see vortex lattices, but they have not been able to control on demand their detailed behavior. Additionally, the dissipation associated with the vortex movement is so fast that no research method to date has been able to investigate it. In principle, such dissipation should leave a measurable dynamical thermal footprint, but no temperature measuring methods have been sufficiently fast to trace it. Our pioneering approach to study vortices allows us to

Date : 01 10 2024

8

Theoretical Physics Seminar
Non-hermitian fermi-dirac distribution in persistent current transport

12:00
Institute of Physics PAS, Room D, Building I
dr Peixin Shen; Institute of Physics, Polish Academy of Sciences

Date : 08 10 2024

9

Seminarium z Fizyki Biologicznej i Bioinformatyki
Enhancing fetoscopic surgery through deep learning

15:15
Zoom - Instytut Fizyki PAN, Warszawa
Dr Szymon Płotka; Sano Centre for Computational Medicine, Poland, University of Amsterdam, the Netherlands Amsterdam University Medical Center, the Netherlands

Date : 09 10 2024