Latest Articles for Computational Methods

A new method enhances decision-making in offline policy learning.

A novel approach for solving complex convection-diffusion equations using advanced techniques.

Researchers introduce point cloud registration for better biomolecular structure comparison.

This article discusses polynomials, apolar schemes, and their regularity in mathematics.

Machine learning accelerates the study of ternary carbides in materials science.

A new method improves fluid flow analysis efficiency and accuracy.

An overview of methods to address infeasibility in nonlinear optimization problems.

Scientists tackle noise and errors for more reliable quantum computing.

X-ray absorption spectroscopy reveals electronic structures of ferrites for improved applications.

Recent findings on surface codes' performance under biased noise are discussed.

Exploring the behavior of materials during phase transitions and their underlying principles.

A fresh method enhances efficiency in quantum particle simulations using statistical averages.

This article presents a novel approach for improving optimization in medical imaging.

A look into the Heisenberg model and its phases on the maple-leaf lattice.

Learn how substructure modes enhance antenna design and performance in various environments.

Explore the role of Poincaré inequalities in numerical methods for partial differential equations.

New methods improve protein folding studies with synthetic data generation.

A new approach enhances prediction accuracy for antibody-antigen interactions.

Examining the quantum BGK model for gas mixtures and particle interactions.

A novel approach to multi-task learning reduces task interference and boosts efficiency.

A novel approach enhances the efficiency of calculating Feynman integrals in particle physics.

This article discusses improvements in self-interaction correction methods within density-functional theory.

A faster approach for modeling light in biological tissues enhances medical imaging.

New techniques in protein design using quantum annealing show promising results.

Explore the unique properties and applications of elliptic surfaces in mathematics.

This article explores the Heron variety and its significance in geometry and algebra.

Insights into how gravity affects object motion in unique spacetimes.

New methods improve strategies in extensive-form games for better outcomes.

Researchers combine quantum and classical methods to study nuclear interactions efficiently.

A new method combines classical and quantum techniques for better data processing.

SuperDiff enables the creation of new families of superconductors for better technology.

A new software tool improves the study of parton densities in particle physics.

This article examines privacy measures in cloud computing and model predictive control.

Exploring methods to enhance multiclass classification through surrogate loss techniques.

This article examines the role of tensors in enhancing clustering techniques.

A new approach improves accuracy in soil and water interaction modeling.

Researchers explore non-Abelian anyons and their implications in quantum computing.

A new method improves wave modeling in plasma physics, addressing challenges near caustics.

New methods in quantum phase estimation aim for enhanced measurement accuracy.

Exploring the effects of randomness on phase separation in materials.