PhD Students Journal Club

Unveiling exozodiacal light

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May 2024

Journal Club

29-05-2023 12:00 - 13:00

Venue

Zoom

Speaker

Sania Dad

Affiliation

Instytut Fizyki PAN

Link

https://zoom.us/j/97635208482?pwd=d3ZhQ2luSmlGUFk0TUdIOE9tSnFVdz09

We will discuss the following paper:

"Unveiling exozodiacal light"
Eckhart Spalding, Denis Defrère, Steve Ertel

Physics Today 75, 46 (2022)
doi: 10.1063/PT.3.4982

7

Theoretical Physics Seminar
Multi-scale simulations of galectin-3

12:00
Institute of Physics PAS, Room D, Building I
MSc. Midhun Anila; Institute of Physics PAS

Date : 07 05 2024

8

Seminarium z Magnetyzmu i Nadprzewodnictwa
Fermi level control in topological insulators

10:00
Institute of Physics PAS, Room 203, Building I
Prof. Dr hab. Eng. Marek Przybylski; AGH Academic Center for Materials and Nanotechnology and the Faculty of Physics and Applied Informatics of the Stanisław Staszic University of Science and Technology in Cracow

Seminarium z Fizyki Biologicznej i Bioinformatyki
Structural effects and photoreactivity of curcumin in model systems and in vitro

15:15
Zoom - Instytut Fizyki PAN, Warszawa
dr hab. Anna Wiśniewska-Becker, prof. UJ; Zakład Biofizyki, Wydział Biochemii, Biofizyki i Biotechnologii, Uniwersytet Jagielloński

Date : 08 05 2024

13

Journal Club
Ignition of the atmosphere with nuclear bombs

12:00
Zoom
Tejas Joshi, Institute of Physics PAN

Date : 13 05 2024

14

Theoretical Physics Seminar
Cavity magnonics with domain walls in insulating ferromagnetic wires

12:00
Institute of Physics PAS, Room D, Building I
Dr. Mircea Trif, prof. IFPAN; Institute of Physics PAS

Date : 14 05 2024

21

Theoretical Physics Seminar
Rydberg atom quantum sensing

12:00
Institute of Physics PAS, Room D, Building I
dr Michał Parniak, CENT UW

Condensed Matter Physics Seminar
UV emission of color centers in hexagonal boron nitride - high-pressure study

14:00
Zoom seminar - Institute of Physics P.A.S.
Hexagonal boron nitride (hBN) is a wide indirect bandgap semiconductor which was synthesized already in the 19th century, but only recently high quality, millimeter-size, single crystals were produced [1] leading to the realization of a light-emitting device operating in the deep UV [2]. This achievement paved the way for applications of hBN to advanced optoelectronics, making it to be considered a challenger for aluminum nitride [3]. Furthermore, Bourrelier et al. reported in 2016 single photon emission of color centers emitting at 4.1 eV [4]. However, the question of nature of defects giving rise to this behavior is still under debate. To find out the origin of such emission we performed high hydrostatic pressure studies of the low-temperature photoluminescence of bulk h-BN crystals. We explored the 3.3–4 eV spectral range using diamond anvil cell technique. Our results show that emission energy decreases with the pressure less sensitively than the bandgap [5]. It is a distinct behavior from the shift of

Date : 21 05 2024

22

Seminarium z Magnetyzmu i Nadprzewodnictwa
Quantum computer - what could it be useful for, and will it be built out of semiconductors or superconductors

10:00
Institute of Physics PAS, Room 203, Building I
dr hab. Łukasz Cywiński, prof. IF PAN; Instytut Fizyki PAN

Date : 22 05 2024

27

Konwersatorium
Sophisticated nanomaterials and nanostructures to solve energy and health problems

15:15
Institute of Physics PAS, Leonard Sosnowski Auditorium, Building I
prof. dr hab. Michał Giersig; Institute of Fundamental Technological Research, Polish Academy of Sciences, Warsaw

Date : 27 05 2024

29-05-2023 12:00 - 13:00

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