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Prof. Yves Geerts (Free University of Brussels (ULB) & International Solvay Institutes)9/21/26, 2:30 PMPlenary / Semi-Plenary5) Plenary / Semi-plenary talk
Chair: Roland Resel
Louis Pasteur and Pierre Curie dreamed of directing chiral symmetry breaking using external magnetic and electric fields. [Chem. Rev. 1998, 98, 2391] Their attempts failed due to time-inversion symmetry, theoretically explained by Laurence Barron. [JACS 1986, 108, 5539] Dissipative non-equilibrium conditions break this symmetry and allow the separation of enantiomers...
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Pawel Kowalczyk (University of Lodz)9/21/26, 3:00 PMPlenary / Semi-Plenary5) Plenary / Semi-plenary talk
Chair: Aleksandra Szkudlarek
Two-dimensional (2D) materials provide a unique playground in which reduced dimensionality, surface effects, and interfacial interactions give rise to electronic and structural phenomena absent in bulk systems. Among others we focused on 2D elemental systems based on 15th group α-antimonene, α-bismuthene. Following the synthesis of these systems, we have...
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Tomas Jungwirth (Institute of Physics, Czech Academy of Sciences, Czech Republic, and School of Physics and Astronomy, University of Nottingham, United Kingdom, and Center for Science and Innovation in Spintronics, Tohoku University, Japan)9/22/26, 2:30 PMPlenary / Semi-Plenary5) Plenary / Semi-plenary talk
Chair: Erich Runge
The replacement of Flash memories by spintronic memories on advanced-node microprocessors has made ferromagnets vital complements of semiconductors in present chip industry. The basic physical principal underpinning spintronic functionalities is the time-reversal symmetry breaking. In ferromagnets, it takes the form of lifted Kramers degeneracy of the Fermi surface into...
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Libor Šmejkal (Max Planck Institute for the Physics of Complex Systems (MPI-PKS), Dresden, Germany)9/22/26, 3:00 PMPlenary / Semi-Plenary5) Plenary / Semi-plenary talk
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Ana Akrap (Department of Physics, University of Zagreb, Croatia)9/23/26, 2:30 PMPlenary / Semi-Plenary5) Plenary / Semi-plenary talk
Chair: Silke Bühler-Paschen
Europium is a fascinating element. In its 2+ valence state, it has a large spin of 7/2. In this talk, we will delve into what we learned about EuCd$_2$X$_2$ (where X= As, P and Sb) from infrared spectroscopy and magneto-optical experiments. Although we had initially hoped to find evidence of a magnetic Weyl semimetal, instead we found multiple experimental...
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Harald Giessen (4th Physics Institute, University of Stuttgart, Germany)9/23/26, 3:00 PMPlenary / Semi-Plenary5) Plenary / Semi-plenary talk
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Prof. Dominik Juraschek (Eindhoven University of Technology)9/24/26, 2:30 PMPlenary / Semi-Plenary5) Plenary / Semi-plenary talk
Chair: Xavier Gonze
Chiral phononics is an emerging field that utilizes the angular momentum of circularly polarized lattice vibrations to manipulate the properties of quantum materials. This has led to intriguing discoveries of emerging phenomena, including phononic analogues of spintronic and orbitronic effects, as well as the generation of atomistic tesla-scale magnetic fields that...
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Prof. Stefan Rotter (Vienna University of Technology (TU Wien))9/24/26, 3:00 PMPlenary / Semi-Plenary5) Plenary / Semi-plenary talk
Chair: Thomas Weiss
In my talk, I will discuss recent progress in applying the concept of classical and quantum Fisher information to the problem of estimating system parameters in electromagnetic scattering and nano-photonics. Specifically, I will demonstrate how Fisher Information can be maximised through wavefront shaping and quantum state engineering [1,2]. Quite remarkably, the density...
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