Latest Articles for Biology

Research reveals how nervous system signals influence aging across life stages.

Study shows how stochastic resetting affects energy use and information loss.

Exploring the dynamics of random walks in complex hypergraph structures.

Exploring how growth affects the behavior of active biological systems.

Explore the role of signed graphs in analyzing relationships and connectivity.

Study reveals polyploidy’s role in the evolution of new traits in organisms.

Research reveals unique behaviors in active glass-forming liquids challenging traditional principles.

Exploring the potential of molecular communication in science and technology.

This study reveals how microtubules aid in transporting key components for hearing.

Study reveals how microswimmers interact with complex fluids and their effects on movement.

New methods enhance predictions of protein folding and behavior using machine learning.

Examining how AlphaFold predicts protein structures and its challenges.

Scientists modify fruit fly eye colors for easier genetic studies.

Learn how birth-death processes impact cell growth and extinction.

A new optical tweezer system enables the trapping of multiple particles simultaneously.

A fresh perspective on analyzing networks with node-layer duality reveals deeper insights.

Research reveals insights on how environmental factors influence the dauer stage in tiny worms.

A look into how substances move and interact in various fields.

This article simplifies Active Ising Models, revealing insights into flocking dynamics.

An exploration of the non-local Cahn-Hilliard equation and its implications in materials science.

Researchers use machine learning to better predict protein mutations and their effects.

Research reveals how yeast adapts through early and later changes in traits.

This study investigates the behavior of stochastic heat equations with slow diffusion.

This article discusses fresh methods for approximating the non-central t-distribution in statistical analysis.

A look into complex particle systems and their interactions through stochastic methods.

A look into how neurons interact and the implications for brain disorders.

Exploring the role of the R'enyi index in assessing network diversity.

Research shows how crowded environments influence disordered proteins in cells.

This article explores the significance of valuations in geometry and their applications.

Research on sponges reveals insights into how multicellularity first developed.

New techniques improve data comparison in machine learning and statistics.

New technology mimics brain functions using memristive nanopores for advanced memory systems.

Molecular communication opens new ways to transmit information using tiny molecules.

Examining how particles influence their own movements in various fields.

A look into the dynamics of tethered membranes and their significance in biology.

Research reveals a peptide that enhances GLP-1 receptor signaling without internalization.

Discover how simple rules create complex behaviors in systems.

A new model improves predictions for systems with multiple interacting agents.

Learn how random growth models describe systems like plants and cities over time.

An overview of fractal complex networks and their significance in various fields.