Topological Data Analysis of Pattern Formation in 2D Multichannel Microscopy Images

Topological Data Analysis of Pattern Formation in 2D Multichannel Microscopy Images

Daniel Cruz presents a computational pipeline that utilizes topological data analysis (TDA) to generate quantitative, multiscale descriptors which capture the shape of data extracted from 2D multichannel microscopy images.
DSWeb 2024 Contest - Tutorials on DS Software - Final Call!

DSWeb 2024 Contest - Tutorials on DS Software - Final Call!

DSWeb 2024 Tutorials on Dynamical Systems Software contest - Final Call and important message!

Stressing Microbes to Create Macroscopic Patterns

Stressing Microbes to Create Macroscopic Patterns

Matthew R. Francis describes recent work by Scott Weady and his collaborators regarding the mechanics and morphology of proliferating cell collectives.
Modeling Golf Ball Bounce: Experimental Observations and Mathematical Analysis

Modeling Golf Ball Bounce: Experimental Observations and Mathematical Analysis

Stanislaw Biber develops and analyzes a mathematical model of golf ball bounce that accounts for elastoplastic effects and exhibits dynamics consistent with experimental observations.
Numerics for Stochastics

Numerics for Stochastics

A brief introduction and short excerpt from the authors of An Introduction to the Numerical Simulation of Stochastic Differential Equations, which was published by SIAM in 2021.
Professional Feature - Elizabeth Bradley

Professional Feature - Elizabeth Bradley

Elizabeth Bradley details her journey from a New York City upbringing to an academic career at MIT and CU-Boulder, her interdisciplinary research centered around nonlinear dynamics and time series, and love of sports with a unique experience in the Olympics.
Professional Feature - Emily Ching

Professional Feature - Emily Ching

Emily Ching tells her journey from loving physics to studying abroad, returning to Hong Kong to conduct research on fluid turbulence, and advices young people to follow their hearts.
Pseudomagnetism in Photonics: From Mathematical Theory to Experiment

Pseudomagnetism in Photonics: From Mathematical Theory to Experiment

Rechtsman and Weinstein combine experiments and continuum theory to explore the properties of aperiodic photonic crystals.
The Weak Form is Stronger Than You Think

The Weak Form is Stronger Than You Think

Messenger et al. highlight recent advances and future opportunities in weak form methods of equation learning, parameter estimation, and model coarse graining.
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