Latest Articles for Computational Methods

A fresh approach improves studies of magnetic interactions in complex materials.

A new technique improves the search for genetic sequences in large datasets.

A study on analyzing Kronecker graphs to improve parameter estimation methods.

A high-order approach enhances understanding of two-layer water flows.

A look at comparing C-finite functions through inequalities and algorithms.

Exploring Dijkgraaf-Witten invariants and their role in understanding mapping tori.

Tropicalization offers a clearer way to analyze complicated mathematical equations and structures.

A novel approach using tridiagonal systems for effective noise reduction in data analysis.

This study analyzes how to improve transfer learning across tasks.

A new method improves speed and accuracy in solving inverse source problems.

Research on windmill lattice reveals potential for new magnetic behaviors.

How pH changes influence protein structure and function.

A new method enhances quantum Monte Carlo simulations for complex systems.

New methods improve handling of high-dimensional data in machine learning.

A new method for better task grouping in multi-task learning using Data Maps.

New methods improve accuracy in plasma behavior simulations using the Landau collision integral.

New methods improve our understanding of brain activity and connectivity.

A look at recent developments in improving audio clarity using advanced models.

A look at lensless imaging benefits and future in medical applications.

New magnetic reservoir computing method uses voltage for energy-efficient data processing.

A novel approach uses graph neural networks to predict elastic properties efficiently.

New solver improves efficiency in Stokes flow calculations critical for various fields.

This article discusses finding solutions for stochastic delay differential equations and their significance.

A method integrating kinetic-based optimization and genetic algorithms enhances complex problem solving.

Research shows ANNs can improve predictions in the study of ultra-cold gases.

New methods enhance the calculation of invariant subspaces in numerical linear algebra.

Exploring new methods for faster and efficient phylogeny inference.

Researchers calculate two-loop integrals, improving predictions in particle interactions.

The hybrid method improves gas flow simulations through effective computation techniques.

A new method simplifies the calculation of Wannier functions in materials science.

This article examines the classification and properties of hexagonal circular 3-webs.

This article presents a novel approach to simulate two-fluid interactions effectively.

Learn about creative telescoping for calculating definite sums efficiently.

This article discusses the finite expression method for solving complex state transitions.

Exploring hypergraph product codes for effective quantum error correction and fault tolerance.

Quantum optimization uses quantum computing to solve complex problems efficiently.

New techniques improve the speed and efficiency of optical force simulations.

FLAG improves estimation of precision matrices in complex systems without strict assumptions.

New methods improve efficiency in geological modelling for oil and gas exploration.

New techniques enhance efficiency and accuracy in experimental design using Bayesian methods.