Latest Articles for Biology

Discover how chemical reactions influence life and economies.

Discover how morphogens shape tissue development and stability.

Dive into the genetics behind neuropsychiatric disorders and their intricate connections.

Learn how clustering algorithms simplify data analysis and reveal hidden patterns.

Dive into non-covalent interactions and the S66 dataset of molecular pairs.

Learn how stochastic resetting improves searches and influences particle movement.

Explore how cells interact with electric fields and their impact on medicine.

Discover how scientists uncover the shapes of semipermeable barriers influencing movement.

Discover the retina's structure, its issues, and how afadin plays a vital role.

Isopeptor automates the detection of isopeptide bonds in proteins, enhancing research accuracy.

Explore the intriguing behavior of two-state systems influenced by randomness and order.

Discover the lively world of non-stationary critical phenomena and active particles.

Discover how neurons maintain balance for mental health.

Discover how simple rules create fascinating wave patterns in bistable systems.

Visual literacy is key for understanding molecular biology concepts and models.

Explore how causal networks reveal the connections between events across various fields.

Discover how new methods are making chemical simulations faster and more efficient.

Discover the fascinating dynamics of excitable systems and their behaviors.

Explore the playful world of Brownian motion and its relationship with the Amperean area.

Exploring the behavior and mathematics behind decaying oscillations in various systems.

Explore how core-level spectroscopy reveals the mysteries of atoms.

A new technique improves imaging while reducing sample damage.

Discover how chaos and patterns emerge in nature's vibrant dance.

Learn how genetic algorithms mimic nature to solve complex problems effectively.

Researchers use statistical physics to analyze interactions between neurons in the brain.

Explore how cells move and stick together, blending biology and math in research.

A new approach improves phase field modeling for complex systems.

Dive into the fascinating world of 4-manifolds and surfaces.

Explore how John Hopfield's work reshapes AI and our understanding of life.

Fluid membranes change shapes with rings, affecting vital cellular processes.

A new model predicts complex biomolecular interactions with improved accuracy.

Discover how scientists predict protein interactions for better drug design and healthcare.

Active glass-forming liquids reveal secrets of movement and complexity.

Scientists can now see proteins in living cells using advanced imaging techniques.

Explore how non-local laws affect various real-world systems.

A new approach to studying electron behavior in molecules using natural orbitals.

Discover how a single cell grows into a human through fascinating biological processes.

Discover how automation is changing the study of artificial life simulations.

Memory bridges human thought and machine function, shaping our interactions.

Discover the captivating movements of self-propelled droplets in liquid environments.