Latest Articles for Astrophysics

A rare solar flare emitted gamma rays, providing new insights into solar activity.

A neutral detector built underwater to study cosmic neutrinos.

Scientists pursue elusive SUSY particles at the Large Hadron Collider.

An examination of Picb's atmosphere reveals important clues about planet formation.

V339 Del's nova outburst reveals complex interactions of dust and X-rays.

Gravitational waves offer new ways to study massive cosmic events.

This study analyzes the collapse of the universe leading to singularity formation.

Research sheds light on changing X-ray bursts from black hole eRO-QPE1.

An overview of how black holes capture and disrupt stars.

Research examines how dark matter influences key physical constants through atomic clock measurements.

A study on the atmospheric composition of the young planet ROXs 42B b.

A deep look into the fast radio burst FRB 20221022A and its intriguing properties.

This article discusses the significance of two-nucleon emission in neutrino interactions.

A study reveals surprising chemical differences in two giant stars within a binary system.

Study examines how density fluctuations in solar wind affect wave behavior.

Exploring the behavior of quark matter through innovative statistical approaches.

A new approach to tackle non-equilibrium radiation diffusion problems in materials.

AF Lep b reveals important details about planet formation and evolution.

Examining how tidal dwarf galaxies form and their role in the universe.

Investigating the winds of quasars and their effects on galaxy evolution.

This study evaluates the performance of solar wind prediction models using satellite data.

Research on dark clouds enhances knowledge of star formation and dust properties.

Examining the strange weak emissions in a special group of quasars.

New research reveals the role of external photons in LBL blazars.

A novel approach to predicting solar wind dynamics using magnetic field data.

Studying nearby galaxy clusters reveals vital information about the universe's structure.

AGB stars undergo processes to form heavy elements, significantly contributing to stellar evolution.

Examining how young star clusters shape galaxies through stellar feedback and gas outflows.

Examines how magnetic fields influence star formation in galaxies.

Examining the relationship between neutrinos and the universe's dark sector.

Study reveals key processes in star formation using observational data from the VLA1623 region.

A look into dilaton gravity's impact on black holes and spacetime.

Study reveals important links between black holes and their outflow behaviors.

Examining energy transfer mechanisms in MHD turbulence for better modeling.

Research reveals complex energy patterns in blazars and their emissions.

Study examines how galaxies produce heavy elements through star processes and feedback.

Research on ultra-cool dwarfs enhances our understanding of star formation and potential life.

Researchers propose origins of faint circular radio emissions found in space.

Exploring the relationship between mass and geometry in black hole physics.

New methods enhance radio astronomy image clarity and accuracy.