Berlin 2024 –
scientific programme
MA 17: Computational Magnetism II
Tuesday, March 19, 2024, 09:30–13:00, EB 202
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09:30 |
MA 17.1 |
Rational design of RE-free magnets from first principles via Bayesian optimisation — •Fabian Eilers, Stephan Erdmann, Halil Ibrahim Sözen, and Thorsten Klüner
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09:45 |
MA 17.2 |
Efficient Implementation of the Minimum Mode Following Method for magnetic systems — •Hendrik Schrautzer, Moritz Sallermann, Stefan Heinze, Hannes Jónsson, and Pavel F. Bessarab
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10:00 |
MA 17.3 |
Mixed valence nature of the Ce 4f state in CeCo5 — •Ruiwen Xie and Hongbin Zhang
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10:15 |
MA 17.4 |
Is the ground state of Anderson's impurity model a recurrent neural network? — •Jonas B. Rigo and Markus Schmitt
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10:30 |
MA 17.5 |
High-throughput calculation of magnetic exchange interactions using DFT — •Jan Priessnitz and Dominik Legut
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10:45 |
MA 17.6 |
Machine learning-based prediction of transfer integrals in undoped cuprates — •Denys Kononenko, Ulrich K. Rößler, Jeroen van den Brink, and Oleg Janson
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11:00 |
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15 min. break
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11:15 |
MA 17.7 |
The contribution has been withdrawn.
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11:30 |
MA 17.8 |
Translationally Invariant Formalism for the Computation of Orbital Magnetization — •Seung-Ju Hong and Cheol-Hwan Park
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11:45 |
MA 17.9 |
The contribution has been moved to TT 66.12.
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12:00 |
MA 17.10 |
Ab-initio study of x-ray circular dichroism in chiral solids: disentangling magnetic and natural cross-sections — •Alberto Marmodoro, Ondrej Sipr, Sergiy Mankovsky, and Hubert Ebert
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12:15 |
MA 17.11 |
Automating ab initio modeling applied to muon spin rotation and relaxation spectroscopy — •Miki bonacci, Ifeanyi John Onuorah, Roberto De Renzi, Giovanni Pizzi, and Pietro Bonfa’
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12:30 |
MA 17.12 |
Energy-efficient control of magnetic states — Mohammad Badarneh, Grzegorz Kwiatkowski, and •Pavel Bessarab
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12:45 |
MA 17.13 |
Unravelling local spin-model parameters based on non-collinear magnetic states — Bendegúz Nyári and •László Szunyogh
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