Latest Articles for Computer Simulations

A new method improves deep learning training for high-resolution scientific data analysis.

Exploring the latest findings on neutron star collisions and their cosmic implications.

Examining how particles are bound together through Effective String Theory and related models.

A detailed look into turbulence behavior in complex plasmas and its significance.

New methods in simulations reveal insights into how galaxies form and evolve.

Exploring how ethylene changes when exposed to light through simulation studies.

Investigating the formation and properties of primordial black holes and their role in dark matter.

Research on granular materials aids rover design for lunar exploration.

A model explains how massive stars grow in relation to their cores over time.

Scientists improve calculations of proton parton distributions using a novel gauge method.

Research enhances musculoskeletal simulations by applying injury criteria for better accuracy.

A new method improves complex shape modeling in simulations without penalties.

Exploring new methods for modeling materials influenced by randomness in phase separation.

New research questions assumptions about galaxy mergers and satellite arrangements.

Understanding clusters can reveal secrets about complex systems and phase transitions.

Research reveals how rotation and magnetism shape stellar burning processes.

DeePTB uses deep learning for faster and accurate material property simulations.

A look at the key concepts and implications of MHD turbulence.

Investigating how noise influences stability in control systems.

Examining the effects and processes of magnetic reconnection in plasma environments.

A method to process and cluster simulation data for better prediction models.

Explore how different flow patterns influence red blood cell dynamics.

A new method improves molecular dynamics simulations through innovative techniques.

Research reveals how filament collisions impact star formation in molecular clouds.

Investigating transformations to improve simulations of particle movement in fluids.

A look at how localized turbulence affects fluid dynamics.

Examining how defects evolve in active nematic systems under varying activity and flow.

Researchers use new methods to model how inflation affects the universe's structure.

Research explores the effects of Lorentz invariance violation on particle interactions.

Research reveals dynamics of Lifshitz scalar field influenced by black holes.

New metrics improve simulations of black holes and their surrounding matter.

This study examines active ring polymers' behavior in free and confined spaces.

Improved Monte Carlo simulations enhance understanding of Higgs boson and particle interactions.

This study examines how uneven particle arrangements affect fluid dynamics.

New methods enhance reliability analysis in aerospace using deep Gaussian processes.

TNG50 simulation reveals new findings on how galaxy disks form and evolve.

Researchers are improving drug design with innovative techniques for better medication development.

This study examines the impact of numerical viscosity on protoplanetary disks.

Investigating how triplet spheres pack in confined spaces using computer simulations.

Researchers enhance understanding of light interactions using computer simulations of symmetrical shapes.