Latest Articles for Diffusion

This article examines how conserved quantities affect chaotic systems.

Discover how CALF-20(Zn) enhances CO2 capture efficiency.

New neural network techniques improve solutions for fluid movement problems.

New strategies boost sensitivity and performance of rapid diagnostic tests.

Using AI to create innovative batik patterns while honoring tradition.

Exploring Brownian motion through the lens of quantum mechanics and particle behavior.

A new method for simulating surfactant interactions with dynamic bubbles.

Studying energy interactions in unique geometric spaces reveals important behaviors.

MD-MRI offers detailed insights into brain structure and function.

Research sheds light on hydrogen movement in layered materials for clean energy.

Research highlights the challenges of excitons in thin hBN films and their light-emitting potential.

This article examines how particle density and movement affect behavior in a one-dimensional system.

Exploring how morphogens guide cell behavior in zebrafish embryos.

Recent studies reveal new insights into the origins and behavior of cosmic rays.

Exploring the Fractal Fokker-Planck Equation and its impact on particle behavior.

An overview of reaction-diffusion models and their significance in natural processes.

Study reveals minimal changes in brain metabolites as adults age.

A look at Monte Carlo methods in material science.

A deep dive into how fluids mix and the factors that influence this process.

A study on diffusion coefficients and entanglement in coupled quantum oscillators.

Exploring mathematical models of particle movement and their complex behaviors.

A look at how diffusion models help understand species changes over time.

Learn about the particle transport in pulsar wind nebulae.

A guide to gravitational fingering and its impact on fluid movement.

New models improve handling of irregular time series data and missing values.

Understanding how ER shape affects molecule movement and target encounters.

Radon-220 diffusion in tumors enhances cancer treatment effectiveness.

Explore improved methods for convection-diffusion problems in science and engineering.

A new method for effective data sampling from complex distributions.

Exploring the microstructural behaviors of superalloys during aging processes.

An overview of how gases mix, move, and affect our daily lives.

Examining how active particles cluster and evolve after disturbances.

DARL offers new methods for machines to learn and create images effectively.

Researchers leverage nanoparticles to track movement and behavior within cells.

This study examines how rotation affects the dynamics of globular clusters.

Research improves understanding of molecular movement in the brain's extracellular space.

An overview of how diffusion affects entropy and system behavior.

AirPhyNet blends physics and data for better air quality forecasts.

Research improves understanding of cosmic ray behavior through beryllium isotope measurements.

Researching contact lenses for improved eye medication delivery systems.