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Publication (arXiv version): Polymer Knots in Thin Films: Thickness...
Polymer Knots in Thin Films: Thickness Dependence, Local Effects, and Stiffness -
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Publication: Viscosity of flexible and semiflexible ring melts: Molecular...
Viscosity of flexible and semiflexible ring melts: Molecular origins and flow-induced segregation -
Publication: Influence of topology on rheological properties of polymer ring melts
Influence of topology on rheological properties of polymer ring melts -
Publication: Effect of simple shear on knotted polymer coils and globules
Effect of simple shear on knotted polymer coils and globules -
Publication: Knots in polymer molecules under Poiseuille flow
Knots in polymer molecules under Poiseuille flow -
Publication: Can polymer helicity affect topological chirality of polymer knots?
Can polymer helicity affect topological chirality of polymer knots? -
Publication: Can dynamic helical polymers be reduced to linear chains of spins?
Can dynamic helical polymers be reduced to linear chains of spins? Non-local effects from polymer self-avoidance -
A deterministic two-phase model for an active suspension with non-spherical...
. The suspension consists of a Newtonian fluid and multiple identical active, non-spherical Janus particles. The volume-averaged mass, linear momentum, angular momentum, and... -
Data for the paper "Chemical potentials of hydrogen-bonded aqueous mixtures...
In this folder, you can find the raw data reported in: https://doi.org/10.1063/5.0326808 -
A mixture theory formulation for active suspensions
We model an active suspension using the mixture theory. The suspension consists of a linear viscous liquid infused with multiple identical self‐propelled active particles. The... -
Continuum Modeling and Numerical Simulation of Active Suspensions in Curved Channels
This paper presents a two-fluid model to simulate the behavior of uniformly oriented active suspensions in curved annular channels. Active suspensions consist of self-propelled... -
Tensor Channel Equivariant Graph Neural Networks for Molecular...
This paper improves uponn the previous paper published at the NeurIPS '25 ML4PhysicalScience-Workshop by using overcomplete generating sets rather than a basis to represent... -
Discretizing Group-Convolutional Neural Networks for 3D Geometry in Feature...
A paper that describes how to speed-up deep learning on 3D point clouds with (G-)CNNs by compressing its linear representation layers by a local partial symmetry analysis. -
General Nonlinearities in SO(2)-Equivariant Networks (Paper)
Handling general nonlinearities in group-convolutional networks with SO(2)-invariance. -
Graph Neural Networks with Local Frames (Paper)
The paper describes a graph neural network architecture that uses local frames to predict local geometric properties.. -
ICML25 ARC-AGI Challange Paper
The paper describes the techniques used in the competition for the ARC (Version 1) challenge, which the authors won in 2024. -
Local-density-dependent potentials for conjugated organic molecules
Processed (=secondary) data for figures contained in both manuscripts.