ISQI
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Seminarium ISQI - Dr. Roman Verba
Inducing surface acoustic waves nonreciprocity by magnetoelastic coupling Speaker: Dr. Roman Verba (Institute of Magnetism of National Academy of Sciences of Ukraine, Kyiv, Ukraine) Date, Time: 12.06, 15:00 - 16:00 Nonreciprocity of wave propagation is a fascinating physical phenomenon, highly desirable and already widely used in microwave signal processing technique. ...
12.06.202512.06 Czw. -
Seminarium ISQI - Dr. Rafael Rabelo
Non-classicality in simple quantum networks Speaker: Dr. Rafael Rabelo (Universidade Estadual de Campinas, Brasil) Date, Time: 29.05, 15:00 - 16:00 Location: MS TEAMS LINK One of the most counterintuitive features of quantum mechanics is Bell nonlocality — a phenomenon associated to stronger-than-classical correlations between outcomes of measurements performed on spatially ...
29.05.202529.05 Czw. -
Seminarium ISQI - Prof. Vladimir Golub
Magnetostatic and magnetoresonance properties of Heusler alloys. Focus on nanotwinned epitaxial films of magnetic shape memory alloys Speaker: Prof. Vladimir Golub (V.G. Barykhtar Institute NASU of Ukraine, Kyiv, Ukraine) Date, Time: 15.05, 15:00 - 16:00 Location: Link to MS Teams (on-line seminar) This is a short overview of the previous ...
15.05.202515.05 Czw. -
Seminarium ISQI - Dr. Marek Kopciuch
Reconstruction and engineering of quantum states of atoms in alkali metal vapor Speaker: Dr. Marek Kopciuch (ISQI) Date, Time: 17.04, 15:00 Location: MS TEAMS LINK With the rapid development of various concepts in quantum information and metrology, there is a continuous need to verify emerging ideas. Unfortunately, many studies can ...
17.04.202517.04 Czw. -
Seminarium ISQI - Dr. Karol Gietka
Harnessing virtual excitations and virtual squeezing in quantum metrology Speaker: Dr. Karol Gietka (Institut für Theoretische Physik, Universität Innsbruck, Austria) Date, Time: 10.04, 15:00 - 16:00 Locationhybrid meetnig (room 16), link (MSTeams) >>> Squeezing of quantum states is a well-established technique for reducing quantum noise and enhancing measurement precision. In ...
10.04.202510.04 Czw. -
Seminarium ISQI - Prof. Błażej Szablikowski
Stationary systems and non-autonomous soliton hierarchies Speaker: Prof. Błażej Szablikowski (Institute of Spintronics and Quantum Information, Faculty of Physics and Astronomy Adam Mickiewicz Univeristy in Poznań) Date, Time: 27.03, 15:00 - 16:00 LINK MS TEAMS I will present recent results of joint work with Maciej Błaszak (UAM) and Krzysztof Marciniak ...
27.03.202527.03 Czw. -
Seminarium ISQI - Dr. Ondrej Wojewoda
Modeling and enhancing of the micro-focused Brillouin light scattering Speaker: Dr. Ondrej Wojewoda (Central European Institute of Technology, Brno, Czech Republic) Date, Time: 20.03, 15:00 - 16:00 Location: Link to MS Teams Abstract: The field of magnonics has emerged as a promising area of research, focusing on collective magnetic excitations ...
20.03.202520.03 Czw. -
Seminarium ISQI - Prof. Bartłomiej Spisak
On estimating the interaction time of moving quantum states with scatterers: a Wignerian perspective Speaker: Prof. Bartłomiej Spisak (AGH University) Date, Time: 27.02, 15:00 - 16:00The concept of the symplectic covariance property of the Wigner distribution function and the symplectic invariance of the Wigner-Rényi entropies is presented. It is shown ...
27.02.202527.02 Czw. -
Seminarium ISQI - Prof. Oskar Baksalary
On partial order, intransitivity, and Rao–Mitra–Bhimasankaram relation Speaker: Prof. Oskar Baksalary (ISQI) Date, Time: 20.02, 15:00 - 16:00 Location:hybrid meetnig (room 16), link (MSTeams) >>> The talk will begin with an example-based introduction to the notions of binary relations known as partial order and intransitivity. Afterwards, we will discuss an ...
20.02.202520.02 Czw. -
Seminarium ISQI - Dr. Kirill Rivkin
Spin Optics: refractive index and microscopy Speaker: Dr. Kirill Rivkin (RKMAG Corporation, Delaware, USA) Date, Time: 23.01, 15:00 - 16:00 Location: Link to MS Teams (on-line seminar) Introducing the notion of magnetic refractive index allows one to reproduce the majority of optical experiments and devices as spin wave based, i.e. ...
23.01.202523.01 Czw.