Latest Articles for Biological Systems

This research simplifies learning directed acyclic graphs from data using convex optimization.

Study of particle movement in confined environments with fixed obstacles.

This article examines how cell networks behave and their implications for technology and biology.

This study reveals how particle shape, temperature, and density influence depletion forces.

This study examines fluid behavior and wave patterns in curved pipes.

Explore how networks evolve using duplication-divergence models and divergence asymmetry.

A new approach to unify similarity measures for clearer scientific comparisons.

This study reveals how membrane shape affects protein clustering and cellular organization.

Introducing counter-current learning as a natural alternative to traditional training methods.

LEAP method analyzes small changes in complex systems for greater insights.

This article explores how protein interactions create patterns in cellular processes.

Discover the links between bipartite graphs and algebra in a friendly way.

An overview of higher-order trusses and their significance in analyzing complex networks.

Explore the significance of Helly number, Radon number, and rank in graph theory.

Discover how NN-HiSD helps find important saddle points in scientific research.

Discover Weyl modules and their significance in algebraic structures.

Explore how connections in adaptive networks shape synchronization and dynamics.

Discover how causal transport moves information while respecting the order of events.

Explore how constraints shape tumor growth and immune responses.

Examining how tumor cells choose between migrating and growing.

Explore innovative methods for matching graphs efficiently across complex networks.

Discover how gradients improve neuron modeling in neuroscience.

Research reveals how cholinergic signaling affects hair follicles and promotes hair growth.

Discover how kinetic modeling transforms our understanding of biological processes.

Discover how new methods are changing our understanding of quantum systems.

Explore how metastable states affect chemical reactions and real-world processes.

Discover how electron microscopy reveals material structures at the atomic level.