Dec
24
Cobordism of nested manifolds
By Alba Sendón Blanco
Imagine that you have a nested manifold: a small manifold inside a big manifold. You know
2 min read
Latest
Nov
28
A network based circuit model approach to understand thermal transport mechanisms
Zeolitic imidazolate frameworks (ZIFs), a subclass of metal-organic frameworks (MOFs), exhibit tunable thermal conductivity, which is crucial for applications such
1 min read
Nov
03
Magnus B. Botnan editor of new journal on applied topology
The Association for Mathematical Research (AMR) has recently launched a new journal titled Applied & Computational Topology & Geometry. The
Nov
03
The persistent Laplacian of non-branching complexes
This recently published paper by CTA2 members Magnus Bakke Botnan and Rui Dong studies persistent Laplacians, an extension of Laplacian
3 min read
Sep
30
Marie Skłodowska-Curie Actions awards funding to study Welded braids on 3D dynamics
Stavroula Makri, Senja Barthel, and Rob van der Vorst (as researcher, host, and co-host), got awarded an ERC Marie Curie
1 min read
Sep
16
"Building blocks of functional connectivity measures for aperiodic electrophysiological brain signals" has been published
Rikkert Hindriks, Thomas O. Rot, Michel J.A.M. van Putten, Prejaas Tewarie
This paper has been published in NeuroImage:
1 min read
Sep
14
Extremal Betti Numbers and Persistence in Flag Complexes
By CTA\(^2\) members L. Beers and M.B. Botnan.
In this paper, we investigate fundamental yet surprisingly challenging questions
2 min read
Sep
03
Computationally Efficient DFT-Based Sampling of Ion Diffusion in Crystalline Solids
Hannes Gustafsson, Fabian Schwarz, Thijs Smolders, Senja Barthel and Amber Mace developed a new method for computationally efficient sampling of
Sep
02
CTAAAG seminar
The 'CTA\(^2\)ArbeitsGemeinschaft seminar'.
This is a German style seminar series. Sometimes we will read papers/books
Sep
01
The DDT&G seminar
Organized by Thomas Rot, Alvaro del Pino Gomez and Federica Pasquotto. More information about the seminar can be found here