Latest Articles for Astrophysics

Exploring the significance of CMB polarization patterns for understanding the universe's early stages.

This study highlights how initial conditions affect Richtmyer-Meshkov instability and fluid mixing.

Examining how BEC may explain dark matter and dark energy.

This study examines how different fluids interact with magnetically charged black holes.

New methods shed light on breakup reactions in nuclear interactions.

Study reveals complex gas dynamics and star formation in NGC 7469.

This article examines the impact of birefringence on gravitational wave detection.

A new method improves the estimation of dynamo coefficients in astrophysical systems.

Investigating how oxygen and iron relate to star formation in galaxies.

A look into the fascinating world of black holes and their impact on the universe.

A look at how small changes in black holes affect their frequencies.

An exploration of how detectors function in de Sitter and anti-de Sitter spaces.

A 3D model study of a solar flare reveals energy transformation insights.

Investigating how nonlocal changes to the Kerr metric reshape our view of black holes.

Research reveals potential links between inflation and gravitational waves.

Exploring strategies for detecting extraterrestrial intelligence using astronomical data.

Researchers develop fast methods for analyzing exoplanet atmospheres using a spectral grid.

A study of RN-AdS black holes using the Wheeler-DeWitt formalism reveals unique properties.

Examining how exoplanets lose atmospheres and their impact on evolution.

Recent studies reveal key elements in the atmosphere of ultra-hot Jupiter WASP-76b.

Using U-net models to improve mass estimates of galaxy clusters through simulations.

Research on planet-forming disks reveals key factors in planet formation.

Research focuses on S0-2's orbit around Sgr A* to find nearby black holes.

Exploring the role of dust-acoustic waves in dusty plasmas across various environments.

Research reveals unique light patterns from black holes and wormholes.

Research reveals larger accretion disks in high Eddington AGNs than expected.

Study reveals complex behavior of X-ray and radio emissions in neutron star systems.

Research reveals the complexities of accretion in the classical T Tauri star DK Tau.

Scientists study GRB 230307A to gain insights into neutrinos and cosmic events.

Examining how vacuum phase transitions create gravitational waves in our universe.

Prometheus aids in neutrino data simulation and collaboration among scientists.

This study examines how polarization affects particle production in cosmic events.

Exploring dark neutrinos and their potential impact on the universe.

Investigating the possible primordial origins of supermassive black holes in the universe.

Analyzing how winds behave in black hole systems reveals new complexities.

Researchers explore the bounce model as an alternative to the Big Bang Theory.

Exploring how compact stars challenge our understanding of gravity and its theories.

Exploring the mysteries of dark matter through gravitational waves and early universe events.

Examining black holes through modified gravity theories reveals new behaviors and solutions.

This study examines changes in Jupiter's methane emissions and auroras over three decades.