Latest Articles for Geodesics

Exploring the absence of closed light-like paths in Kerr-star spacetime.

Explore the unique behaviors of geodesics in spaces with negative curvature.

Discover the concepts and implications of five-dimensional wormholes in our universe.

New findings reveal how particles create gravitational waves when falling into black holes.

Investigate how gravity impacts quantum entanglement between particles.

A method to analyze wave travel times for understanding material properties.

Exploring horospheres reveals insights into negatively curved geometry and its implications.

Curves are essential in various fields, from nature to technology.

A look into the structures and boundaries of trees and hyperbolic spaces.

A look into solving differential equations using symmetric spaces.

Study reveals exponential growth of lengths in hyperbolic orbifolds.

This article reveals methods to determine obstacle shapes using wave data.

A look into how geodesics behave on various 3D shapes.

Examining the fascinating properties and behaviors of regular black holes.

A study of geodesics and boundaries in manifolds with hyperbolic trapped sets.

Exploring the properties and applications of Randers metrics in two-sphere geometry.

A look into U-folds and their implications in string theory.

Examining singularities and their implications in the universe's fabric.

Exploring the effects of gravitational waves on black bounces and wormholes.

A fresh perspective on gravity and black holes through the Lyra Scalar-Tensor Theory.

Explore the ties between toric cycles and modular forms in modern mathematics.

Exploring the features and implications of surfaces in mathematics and real life.

A study on geodesics, injectivity radius, and cut points within the Stiefel manifold.

A new approach improves atomic interaction descriptors with geodesic distance.

A fresh approach improves calculations on the Stiefel manifold for various applications.

Exploring constraints in mechanical movement and their implications for dynamics.

An overview of Carnot groups and their applications in control theory and path optimization.

Discover how cosmic factors affect black holes and their behavior.

This article examines how particles interact with black bounce spacetimes.

This article examines optimization techniques for the symplectic Stiefel manifold.

A look into non-orientable surfaces and their unique properties in geometry.

New ideas in quantum mechanics challenge traditional views and explore links to gravity.

Exploring complex behaviors of conjugacy classes in dihedral Artin groups.

Exploring the significance of correlation functions in theoretical physics.

This article explores unique aspects of marked moduli spaces and their implications for quantum gravity.

Exploring non-Hermitian dynamics and their applications in quantum physics.

Exploring Finsler geometry's impact on understanding the universe.

Exploring the intricate relationships within modular curves and their mathematical significance.

Exploring how averaging affects the universe's geometry and gravitational dynamics.

Research reveals behavior and characteristics of magnetically charged regular black holes.