Topic #complex systems modeling

Lab

How to Measure Chaos in a Network: Sample Entropy for Graph Signals

Electrical Engineering & System Sciences

Researchers have devised a way to assess the complexity and unpredictability of signals in networks – from neural connections to social graphs – using a generalized entropy measure.

Dr. Anna Muller Apr 27, 2026

NeuroBlog

How Machines Learn to Understand Chaos: ML and Forecasting Complex Systems

Artificial intelligence • Applications

Machine learning is tackling tasks that until recently seemed the domain of oracles: predicting the behavior of systems where chaos is not the exception, but the norm.

Tanya Sky Apr 24, 2026

Lab

Hidden Collectivity: When the Atomic Nucleus is Silent, Yet Acts in Concert

Physics & Space • Nuclear Physics

A new mathematical method reveals hidden coherence within the atomic nucleus in cases where conventional measurements show nothing remarkable.

Dr. Daniel Stern Apr 13, 2026

Lab

Neural Networks Under Control: How Physics Teaches Algorithms to Behave Predictably

Electrical Engineering & System Sciences

Researchers have proposed a method for training neural networks for complex technical systems, where the model not only fits parameters to data but also guarantees stability.

Dr. Anna Muller Apr 4, 2026

Lab

How to Catch Dark Matter: A Symphony of Atoms in the Crystal Lattice

Physics & Space

Researchers have developed a new simulation method that enables more accurate measurement of signals from dark matter particles in semiconductor detectors at the single-quantum level.

Professor Oliver Harris Mar 25, 2026

Lab

Symphony of Immunity: How Mathematics Helps Tame Dengue Fever

Biology & Neuroscience

A mathematical model for dengue fever that incorporates age and vaccination serves as a tool for predicting the disease's long-term behavior.

Dr. Clara Wolf Mar 7, 2026

Lab

Distributing Teaching Loads: When Math Solves the Problem for Administration

Electrical Engineering & System Sciences

A mathematical model automates the distribution of teaching loads, reduces unevenness, and drastically cuts down administrative planning time.

Dr. Anna Muller Feb 15, 2026

Lab

When Fluid Argues with Math: Waves That Either Fade or Explode

Mathematics & Statistics

Why do some materials smooth out disturbances while others turn them into a catastrophe? It is all about how dissipation interacts with nonlinearity.

Professor Lars Nielsen Feb 13, 2026

Lab

Wave Functions of the AKNS Hierarchy: How Does a Mathematical Abstraction Unite Disparate Worlds?

Physics & Space • Mathematical Physics

This study demonstrates that the \u03c4-functions of the Ablowitz-Kaup-Newell-Segur (AKNS) hierarchy are a special case of the universal Kadomtsev-Petviashvili (KP) hierarchy, specifically via wave functions.

Dr. Daniel Stern Feb 5, 2026