Latest Articles for Gravitational Lensing

Research reveals differences between self-interacting dark matter and cold dark matter.

Exploring how massive objects manipulate light and reveal dark matter.

Research limits the role of fuzzy dark matter in the Universe.

A detailed study reveals the complex structure of Abell 2744.

A novel technique harnesses pulsars to measure black hole spin accurately.

Researchers uncover a complex group of galaxies surrounding HFLS3, challenging previous assumptions.

Astronomers study the Balmer break to learn about distant galaxies' star formation history.

Study reveals unexpected dark substructure challenging existing models of dark matter.

Gravitational waves provide new insights into the universe through lensing and statistical analysis.

Examining how light bends and forms images near black holes.

Research reveals new findings about cosmic structure and galaxy formation.

Study reveals unexpected findings about sub-halos and their role in galaxy clusters.

Astronomers discover a Type Ia supernova in galaxy cluster G165, revealing new insights.

Scientists use quasars to gather insights about dark matter's structure and properties.

Study reveals how gravitational waves are shaped by massive rotating objects.

Astronomers study light bending to investigate dark matter and mass distribution in the universe.

Research reveals key properties of early galaxies through advanced observations.

Researchers use gravitational lensing to validate general relativity on a larger scale.

Examining the complexities of black holes and their effects on light.

An exploration of gravitational lensing's role in revealing cosmic mysteries.

This article investigates Schwarzschild-like black holes using metric-affine bumblebee gravity.

Recent study estimates the Hubble constant using lensing effects from quasar SDSS J1004+4112.

Innovative methods aim to improve measurements of the Universe's expansion rate.

Explore black holes and their impact on our universe.

Study confirms reliability of SNe Ia for measuring cosmic distances.

Research reveals young star clusters in Cosmic Gems arc, shedding light on galaxy formation.

Studying black holes reveals unique light behaviors in swirling environments.

Scientists investigate quasars' brightness changes linked to dark matter and planetary-mass objects.

A look into dark matter's self-interactions and their implications.

This article discusses how lensed gravitational waves reveal black hole properties.

Explore how gravitational lensing reveals the secrets of black holes.

Studying faint galaxies reveals insights into early universe events.

A study of two distant galaxies reveals insights into star element creation.

Scientists study Horndeski theory to understand gravity's influence on cosmic scales.

An overview of black holes and their fascinating phenomena.

Study reveals gravitational lensing effects of galaxy cluster PLCK G287.0+32.9.

Tidal disruption events provide insights into black holes and their effects on galaxies.

New theories explore black holes under modified gravity, revealing intriguing characteristics.

Learn how galaxy clustering aids in understanding gravitational lensing effects.

Research reveals strong ties between black hole mass and galaxy halo mass.