Latest Articles for Biology

This article reviews findings on giant components in high-dimensional networks.

Examining the role of behavior changes in promoting teamwork.

Investigating how sex peptide influences mating and reproduction in fruit flies.

New motors show potential for directed movement using DNA energy.

A new approach improves the simulation of spin models using modern programming techniques.

Noise influences how immune systems respond to environmental changes.

New methods are improving protein analysis at the single-cell level.

New models enhance understanding of complex relationships in data analysis.

An overview of dynamical systems focusing on mixing and chaotic behavior.

New techniques enhance data generation in complex environments.

CloVarS simulates cell growth and behavior using real experimental data.

Explore the properties and significance of Brownian trees in various fields.

Learn about the basics and applications of graph theory across various fields.

A look into how connections form and spread in graphs.

SPECTRA improves evaluation of machine learning models in biology by addressing generalizability challenges.

This article examines how heat and noise affect thin sheets in various fields.

New technique improves 3D tracking of small, semi-transparent worms in fluid environments.

Research on active nematics reveals complex behaviors in confined geometries like annuli.

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

Studying animal locomotion can enhance robotic mobility in complex environments.

A study on how specialty rods respond to forces and deformation over time.

Exploring how fluid movement inside muscle fibers affects contraction and performance.

A look into the behavior of particles in random motion and first-passage times.

New fluorescent proteins improve cell observation techniques for researchers.

Research reveals how Brownian particles behave with changing pressures and temperatures.

Examining how resilience impacts the reliability of biological components.

Coherent states aid in understanding quantum systems and their practical applications.

This article examines the relationship between fluctuations and responses in nonequilibrium chemical reactions.

This study reveals conditions for oscillations in chemical reaction networks.

Explore how animal groups maintain structure and behavior while moving together.

Examining how organisms make decisions amid uncertainty and risk.

New methods enhance prediction of protein interactions using machine learning techniques.

An overview of delay differential equations and their significance in modeling systems.

A new method to find overlapping groups in complex networks.

Exploring the dynamics of chemical reaction networks influenced by external environments.

Exploring the role of MgtA protein in magnesium transport within bacteria.

Explore the complex behaviors of membranes and their importance in cellular functions.

Researchers aim to replicate evolving systems in artificial life through innovative simulations.

A look into history-deterministic vector addition systems and their applications.

A look into chaos and sensitivity in dynamical systems.