PhD Students Journal Club

Understanding the mental health of doctoral students

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List of Dates (Page event details)

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March 2025

Journal Club

09-12-2024 12:00 - 13:00

Venue

Zoom

Speaker

Nasrin Abbasi Gharibkandi

Affiliation

Instytut Chemii i Techniki Jądrowej

Link

https://zoom.us/j/99822439017?pwd=2ZabbaVE3M83bucMgIQZLVvOxGzYOK.1

We will discuss the following topic:

Understanding the mental health of doctoral students

with literature:

1. Impact of Doctoral Student Training Process Fit on Doctoral Students’ Mental Health
Fulin Li, Chuanyi Wang, Xiaoguang Ye
International Journal of Mental Health Promotion 24, 169 (2022)
https://doi.org/10.32604/ijmhp.2022.020034

2. Doctoral students’ access to non-academic support for mental health
Emma Waight, Aline Giordanoe
Journal of Higher Education Policy and Management 40, 390 (2018)
https://doi.org/10.1080/1360080X.2018.1478613

3. Understanding the Mental Health of Doctoral Students
Chloe Casey et al.
Encyclopedia 3, 1523 (2023)
https://doi.org/10.3390/encyclopedia3040109

4

Theoretical Physics Seminar

Energy dissipation in the superfluid interior of neutron stars

12:00

Institute of Physics PAS, Room D, Building I

dr Daniel Pęcak; Institute of Physics PAS

Condensed Matter Physics Seminar

Altermagnetism from a strong-coupling perspective

14:00

Hall D and Zoom platform, Insitute of Physics P.A.S.

Recently, a new form of magnetism has been proposed -- so-called altermagnetism. While altermagnetism has mostly been discussed within the itinerant picture, here I would like to provide a brief overview of three important aspects related to altermagnetism in the strong-coupling limit. First, I will discuss why one of the most prominent examples of strong-coupling altermagnetism is difficult to observe in real materials [1]. Next, I will explore whether there is a way to observe altermagnetism in strongly correlated copper oxides [2]. Last but not least, I will examine an interesting scenario for detecting altermagnetism in the strongly correlated limit using ARPES [3]. [1] V. Leeb, A. Mook, L. Šmejkal, and J. Knolle; Phys. Rev. Lett. 132, 236701 [2] Y. Li, V. Leeb, K. Wohlfeld, R. Valentí, J. Knolle; arXiv:2412.11922 [3] M. Daghofer, K. Wohlfeld, J. van den Brink (in preparation, 2025).

Date : 04 03 2025

5

Seminarium z Magnetyzmu i Nadprzewodnictwa

Can analysis of chemical bonding help us find new superconductors?

10:00

Zoom - Institute of Physics PAS, Warsaw

Dr. Eng. Michał J. Winiarski; Faculty of Applied Physics and Mathematics and Advanced Materials Center, Gdansk University of Technology

Date : 05 03 2025

11

Theoretical Physics Seminar

Towards feasible long-distance DI QKD

12:00

Institute of Physics PAS, Room D, Building I

dr. hab. Magdalena Stobińska, prof. UW; Faculty of Mathematics, Informatics and Mechanics, University of Warsaw

Condensed Matter Physics Seminar

Physical properties of emerging two dimensional van der Waals quantum materials

14:00

Institute of Physics P.A.S.

In recent years two-dimensional van der Waals materials are at the forefront of research in condensed matter physics and material science. On the one hand the magic angle bi-layer graphene has set a new trend in unconventional superconductivity. On the other hand the presence of long range magnetic order in two-dimensional van der Waals materials has completely opened a new avenue for the investigation of magnetism in true 2D-systems. In my talk I will present explorative research of these emerging two dimensional quantum materials. Highlighting the aspects of the intimate relation between long range magnetic order, topology and superconductivity in these systems. Later, I will discuss detailed anisotropic magnetic properties aiming to understand the ground states of selected compounds. Ref: 1. Phys. Rev. Materials, 5, 073401, (2021) 2. Electron. Mater. 2, 284-298, (2021) 3. J. Phys. Chem. Lett. 12, 6730−6735, (2021) 4. Phys. Rev. Materials, 4, 124202, (2020) 5. Nature, 626, 294–299, (2024)

Date : 11 03 2025

12

Seminarium z Magnetyzmu i Nadprzewodnictwa

Hydrogen absorption in yttrium and gadolinium thin films

10:00

Institute of Physics PAS, Room 203, Building I

MSc Eng. Mateusz Wachowiak; Institute of Molecular Physics, PAS

Seminarium z Fizyki Biologicznej i Bioinformatyki

Self-assembly and recognition with peptide-based cages and macrocycles

15:15

Auditory, Intitute of Physics PAS

prof. dr hab. Agnieszka Szumna; Institute of Organic Chemistry PAS, Warsaw

Date : 12 03 2025

17

Seminarium Fotofizyki i Spektroskopii Molekularnej

Poszukiwania nowych cząsteczek organicznych z inwersją tryplet-singlet w stanie wzbudzonym metodami teoretycznymi

11:15

Instytut Fizyki PAN, Sala D

mgr Magdalena Duszka; Instytut Fizyki PAN

Date : 17 03 2025

18

Seminarium Rentgenowskie

Computational Studies on Blue and Red Ultramarines

10:30

Institute of Physics PAS, Room D, Building I

dr hab. Paweł Rejmak; Institute of Physics PAS

Konwersatorium

Evaporation of Sessile Droplets: From Theory to Experiments

15:15

Zoom - Institute of Physics PAS, Warsaw

Prof. Dr. Alidad Amirfazli; Department of Mechanical Engineering, York University, Toronto, Canada

Date : 18 03 2025

19

Seminarium z Magnetyzmu i Nadprzewodnictwa

Crystallinity degradation due to chemical substitutions, applied pressure, and hydrogenation as a driving force for enhancement of superconducting state properties in Fe-Te-Se single crystals

10:00

Institute of Physics PAS, Room 203, Building I

Prof. Dr. hab. Roman Puźniak; Institute Physics PAS

Date : 19 03 2025

24

Journal Club

The Hubble and S8 cosmological tensions -- No Easy Fix for Cosmology’s “Other” Tension

12:00

Zoom

Piotr Deuar, Institute of Physics, PAN

Date : 24 03 2025

25

Theoretical Physics Seminar

Encounter rate in marine snow dynamics

12:00

Institute of Physics PAS, Room D, Building I

Jan Turczynowicz; Faculty of Physics, University of Warsaw, Fenix Science Club

Condensed Matter Physics Seminar

High-frequency susceptibility with inertia and nutation resonance in ferromagnets: opportunities for sub-THz magnonics
Cancelled

14:00

Institute of Physics P.A.S., Warszawa

The onset of additional high-frequency resonance in ferromagnets due to inertia of magnetization has been shown first theoretically [1] and then experimentally [2,3]. The existence of sub-THz resonant frequency in ferromagnetic materials and ability to excite the magnetization nutation coupled to its precession significantly broadens the potential range of applications of ferromagnets in ultrafast magnetism. While several theoretical studies have been mostly addressing the dependence of the nutation resonance frequency on the inertial relaxation time [4,5], the understanding of the influence of the materials parameters on the overall magnetic susceptibility behavior including the precession and nutation magnetic resonances is still missing. We present an analytical study of the linearized high-frequency susceptibility tensor using the Polder-Ansatz for the ferromagnetic systems exhibiting the inertia of magnetization and resolve the effect of Gilbert damping constant and inertial time as

Date : 25 03 2025

26

Seminarium z Magnetyzmu i Nadprzewodnictwa

Studies of influence of doping, irradiation and structure on superconducting properties of a material

10:00

Institute of Physics PAS, Room 203, Building I

Dr. Paweł Pęczkowski; Institute of Physical Sciences, Faculty of Mathematics and Natural Sciences (School of Science), Cardinal Stefan Wyszyński University

Seminarium z Fizyki Biologicznej i Bioinformatyki

Polyphosphate and Liquid–Liquid Phase Separation in DNA Replication, Proteolysis and Proteins Acetylation

15:15

Auditory, Intitute of Physics PAS

prof. dr hab. Igor Konieczny; Intercollegiate Faculty of Biotechnology of University of Gdańsk and Medical University of Gdańsk

Date : 26 03 2025

31

Seminarium Fotofizyki i Spektroskopii Molekularnej

Wielobarwny polimorfizm pochodnej pyrenu – jak struktura kryształu wpływa na fotofizykę cząsteczek

11:15

Instytut Fizyki PAN, Sala D

dr hab. Olaf Morawski; Instytut Fizyki PAN

Date : 31 03 2025

09-12-2024 12:00 - 13:00

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