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15:00 |
DY 32.1 |
Modelling electrokinetic two-phase flows applicable to porous media — •Alexander Reinauer and Christian Holm
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15:00 |
DY 32.2 |
Nucleation and Growth of Sessile Chemically Active Droplets — •Noah Ziethen and David Zwicker
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15:00 |
DY 32.3 |
Droplets on soft and flexible sheets — •Salik Sultan, Josua Grawitter, and Holger Stark
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15:00 |
DY 32.4 |
Nonreciprocal Model B and the role of nonreciprocal interfacial forces — •Bibhut Sahoo and Peter Sollich
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15:00 |
DY 32.5 |
PT Symmetry and Non-Hermitian Band Topology — •Kang Yang, Zhi Li, Lukas König, Lukas Rødland, Marcus Stålhammar, and Emil Bergholtz
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15:00 |
DY 32.6 |
AMEP: Active Matter Evaluation Package — •Kai Luca Spanheimer, Lukas Hecht, Kay-Robert Dormann, Aritra Mukhopadhyay, Mahdieh Ebrahimi, Suvendu Mandal, and Benno Liebchen
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15:00 |
DY 32.7 |
Consequence of anisotropy on flocking: the truly discretized Vicsek model — •Mintu Karmakar, Swarnajit Chatterjee, Raja Paul, and Heiko Rieger
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15:00 |
DY 32.8 |
Tuning kinetics of chemically fueled droplets — •Lennard Holschuh and Joachim Dzubiella
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15:00 |
DY 32.9 |
Collective Hall current in chiral active fluids: Coupling of phase and mass transport through traveling bands — Frank Siebers, •Robin Bebon, Ashreya Jayaram, and Thomas Speck
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15:00 |
DY 32.10 |
Phase Separation in Cycloactive Matter — •Theo Spornhauer, Johannes Zierenberg, and Benoît Mahault
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15:00 |
DY 32.11 |
Collective actuation in active elastic solids — •Katherina E. Hemmo, Kim L. Kreienkamp, and Sabine H. L. Klapp
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15:00 |
DY 32.12 |
Active fractalytes — •Sebastian Fehlinger and Benno Liebchen
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15:00 |
DY 32.13 |
Flocking of two unfriendly species — •Matthieu Mangeat, Swarnajit Chatterjee, Chul-Ung Woo, Jae Dong Noh, and Heiko Rieger
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15:00 |
DY 32.14 |
Controlling the self aggregation of active triblock Janus colloids — •Juri Schubert, Salman Fariz Navas, and Sabine H. L. Klapp
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15:00 |
DY 32.15 |
Thermodynamics and coarse graining of colloidal heat engines with active baths — •Roland Wiese, Klaus Kroy, and Viktor Holubec
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15:00 |
DY 32.16 |
Kinetic Event-Chain Algorithm: Exploring mixtures of hard active and passive particles — •Nico Schaffrath, Thevashangar Sathiyanesan, Tobias Kampmann, and Jan Kierfeld
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15:00 |
DY 32.17 |
Harnessing synthetic active particles for physical reservoir computing — •Xiangzun Wang and Frank Cichos
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15:00 |
DY 32.18 |
Spontaneous Symmetry Breaking in Microdroplets Filled with Heat Releasing Particles — •Akshay Kallikkunnath, Arthur Markus Anton, and Frank Cichos
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15:00 |
DY 32.19 |
Phase ordering kinetics in discretized flocking — •Sayam Bandyopadhyay, Aditya Kumar Dutta, Swarnajit Chatterjee, Mintu Karmakar, Heiko Rieger, and Raja Paul
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15:00 |
DY 32.20 |
Hydrodynamic Interaction of a Microswimmer with a Deformable Membrane — •Sagnik Garai, Akhil Varma, and Christina Kurzthaler
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15:00 |
DY 32.21 |
Force-Free and Autonomous Active Brownian Ratchets — •Constantin Rein, Klaus Kroy, and Viktor Holubec
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15:00 |
DY 32.22 |
Investigation in microfiltration for water purification — •Tim R. Baumann, Dario Anselmetti, and Martina Viefhues
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15:00 |
DY 32.23 |
Deep geothermal fluid flow in complex confinements — •Carola M. Buness, Fabian Nitschke, and Thomas Kohl
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15:00 |
DY 32.24 |
A variational approach to the gradient statistics of passive scalar turbulence — •David Aderbauer, Gabriel B. Apolinário, and Michael Wilczek
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15:00 |
DY 32.25 |
Spatio-temporal correlation in MHD turbulence — •Raquel Mäusle and Wolf-Christian Müller
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15:00 |
DY 32.26 |
High-order finite volume numerics to achieve low numerical diffusivity — •Jean-Mathieu Teissier, Raquel Mäusle, and Wolf-Christian Müller
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15:00 |
DY 32.27 |
Reduced order network model of incompressible magnetohydrodynamic turbulent flows — •Maria Mathew and Wolf-Christian Müller
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15:00 |
DY 32.28 |
Numerical simulations of subsonic magnetized plasma-jets — •Thomas Christian Vandamme, David Kube, Jean-Mathieu Teissier, and Wolf-Christian Müller
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15:00 |
DY 32.29 |
A basic structure of 2D Boussinesq-Convection — •Lukas Moczarski and Wolf-Christian Müller
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15:00 |
DY 32.30 |
Energy conserving adaptive QM/MM method using an extended Hamiltonian approach — •Marvin Nyenhuis and Nikos Doltsinis
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