Latest Articles for Mathematics

Learn how symmetry helps in simplifying complex PDEs effectively.

A look into the complexities of patterns and languages.

Examining how randomness affects complex systems and chaos theory.

AMG offers a fresh approach to solving complex Partial Differential Equations efficiently.

A look at phase-field modeling and the importance of numerical stability in simulations.

Learn how FEM tackles complex nonlinear equations in practical scenarios.

Discover the innovative methods of Kerala’s mathematicians in calculating arcsin.

Explore the lively interactions between mathematical groups and their representations.

Researchers study how particles act when interrupted by random resets.

Exploring relationships and characteristics of Weyl modules and homomorphisms.

Learn how to analyze data represented as point clouds using persistent homology.

Discover the relationship between shapes, symmetry, and curvature in mathematics.

Explore how players interact in large crowds to find their best strategies.

Discover the fun and challenges of approximating numbers and their relationships.

An overview of simple modules and incidence algebras in mathematics.

This paper explores stability in symplectic groups using algebraic arc complexes.

Discover the connections between graphs and binomial edge rings in mathematics.

Examining the relationships and characteristics of functions in Weihrauch degrees.

A clear overview of Jordan classes and their role in algebra.

AtomThink helps computers solve math problems through step-by-step reasoning.

A simple look at non-local minimal sets and their importance in math and science.

A deep dive into how wavefunctions shape our understanding of the universe.

Combining machine learning with fluid dynamics improves predictions and applications.

Learn how permutation codes improve digital communication despite missing letters.

Exploring the significance of eigenvalues and eigenvectors in engineering and physics.

A look at Dirac notation's role in simplifying quantum ideas.

A look at how adiabatic elimination aids in quantum optics calculations.

A look into how five vortices interact in fluid dynamics.

Explore how graphs illustrate relationships and simplify complex connections.

Discover the connections between Bott periodicity, algebraic geometry, and topology.

A look at how AI struggles with basic linear functions despite extensive training.

An exploration of normal surfaces, stability, and their unique properties.

Discover the fascinating world of thick sausages and rolling balls in hyperbolic space.

A look into the nature of inverse semigroups and their connection to labelled graphs.

Explore the colorful world of even bicolor Wang tiles and their unique patterns.

Explore the relationship between numerically flat foliations and Poisson geometry.

Discover the fascinating world of Borel graphs and their complexities.

Learn how timing and decision-making affect prize collection in random scenarios.

Exploring the relationship between class numbers and number fields in mathematics.

Research reveals unique properties of hyperbolic shapes in contact geometry.