Results 1 - 4 of 4.

Mathematics - Computer Science - 20.03.2024
Controlling chaotic turbulence to make ’cat-coat’ patterns in fluids
Researchers from TU/e and the University of Chicago discovered how to manipulate turbulent flows to create regular patterns like those seen in the tabby coat pattern of a cat. The new research has been published in Nature. Controlling the chaos of a turbulent flow to make regular patterns sounds like a contradiction in every sense of the word.

Mathematics - 11.12.2023
Spheres are (almost) always packed most efficiently as sausages
Spheres are (almost) always packed most efficiently as sausages
Physical experiments and simulations offer more insight into mathematical phenomenon 'sausage catastrophe' Researchers from Utrecht University and the University of Twente have investigated the mathematical sphere packing problem through physical experiments and computer simulations. The study illustrates how a finite quantity of spheres can be packed most efficiently.

Mathematics - Materials Science - 10.02.2023
Mathematical modelling of drying of paint and coatings
NWO has awarded funding of 760,000 euros for research into the mathematical modelling of thin polymer films. In the PRONTO project, mathematicians at Utrecht University and computational chemists at the University of Amsterdam will work together with non-academic partners to develop a new generation of models for materials science.

Materials Science - Mathematics - 12.01.2022
New puppeteering
New puppeteering
In a new publication in Nature Communications, a team of physicists from Amsterdam, Leiden and Atlanta show how to 'puppeteer' lab-designed metamaterials. By only touching these materials from the outside, they are able to predict and perform precise deformations of the whole material. Puppeteering is the art of pulling and pushing strings and rods to cause a puppet to move in a coordinated fashion.