127 datasets found

Influence of topology on rheological properties of polymer ring melts

Effect of simple shear on knotted polymer coils and globules

Knots in polymer molecules under Poiseuille flow

Can polymer helicity affect topological chirality of polymer knots?

Can dynamic helical polymers be reduced to linear chains of spins? Non-local effects from polymer self-avoidance

DOI/data

DOI/Data

⁠. The suspension consists of a Newtonian fluid and multiple identical active, non-spherical Janus particles. The volume-averaged mass, linear momentum, angular momentum, and...

In this folder, you can find the raw data reported in: https://doi.org/10.1063/5.0326808

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...

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...

This repository contains the data and scripts necessary to reproduce the results presented in the manuscript "A kinetic model to simulate charge flow through an electro-chemical...

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...

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.

Handling general nonlinearities in group-convolutional networks with SO(2)-invariance.

The paper describes a graph neural network architecture that uses local frames to predict local geometric properties..

The paper describes the techniques used in the competition for the ARC (Version 1) challenge, which the authors won in 2024.

Processed (=secondary) data for figures contained in both manuscripts.

DOi/Data

Detailed description of the extension of the Roberto method (HPF-MD + slip-springs) to branched polymers.