Latest Articles for Gravitational Lensing

Joint analysis of DES Y3 and KiDS-1000 enhances our grasp of dark energy.

This project studies dwarf galaxies and their dark matter using advanced imaging techniques.

A look at how surrounding galaxies affect gravitational lensing studies.

Exploring the impact of dark matter on cosmic structures and its mysteries.

Machine learning enhances the analysis of cosmic microwave background lensing effects.

Astronomers investigate dual quasars to learn about galaxy mergers and black hole behavior.

Exploring how gravitational lensing affects the detection of gravitational waves.

Learn about black holes, their effects, and how they challenge our understanding of physics.

Gravitational waves reveal insights about the universe and dark matter.

Researchers improve gravitational lensing analysis to better understand dark matter in the Bullet Cluster.

Cosmic strings may offer insights into the universe's structure and history.

Examining how dark matter interacts with black holes and its significance for astrophysics.

Learn how dark matter models influence gravitational lensing observations.

Research reveals effects of cosmic strings on light bending in modified gravity.

The Roman Space Telescope aims to unlock mysteries of dark matter through advanced surveys.

Researching cosmic neutrinos through indirect detection techniques via the cosmic microwave background.

Astronomers investigate two massive galaxies hidden in the early universe.

Studying quasar distribution reveals important details about the universe’s structure and evolution.

Study reveals key aspects of broad-line regions in Q 0957+561.

Studying Abell 370 reveals complex mass distributions and substructures in a galaxy cluster.

A look into time-delay measurements and their impact on understanding the universe.

Explore how wormholes, cosmic strings, and global monopoles influence particles and light.

Astronomers use gravitational lensing to detect distant stars and study dark matter.

Weak gravitational lensing reveals insights about dark matter and cosmic structures.

Studying light distortions reveals secrets about dark energy and dark matter.

A new method improves measurements of galaxy mass using kinematic data.

Scientists unveil a new star, Mothra, revealing insights into supergiant stars and dark matter.

A look into black holes and theoretical wormholes in physics.

A look into methods for estimating galaxy cluster masses using the Cosmic Microwave Background.

This study focuses on the shadow and lensing effects of the modified Bardeen black hole.

Scientists unveil a new galaxy lensing system, shedding light on dark matter.

This article explores how distance and redshift reveal the universe's structure.

Explore the role of the angular power spectrum in studying the universe's structure.

This article details planet discoveries in the Milky Way using KMTNet data.

A look into protoclusters and their role in galaxy formation.

Examining faint galaxies sheds light on the Universe's evolution and reionization.

Examining how dark matter subhaloes influence annihilation rates and galactic interactions.

Scientists explore gravitational waves and strong lensing to deepen understanding of the universe.

Exploring the nature and characteristics of the Ellis-Bronnikov wormhole.

A new analysis clarifies the mass and nature of isolated black hole OB110462.