Latest Articles for Space Science

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

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

Exploring the significance of cosmic inflation and its connection to gravitational waves.

An overview of recent studies on how stars are formed in our galaxy.

Scientists are uncovering secrets of the universe through gravitational waves from neutron stars.

HST-1 in M 87’s jet provides insights into cosmic jets and black holes.

An overview of how supernova remnants impact molecular clouds and star formation.

Scientists use gravitational waves to observe cosmic events and gain deeper insights.

Cosmic rays reveal key insights about our universe and its high-energy processes.

Researchers measure rotation periods of stars using a new innovative method.

A look into the mysterious 2175 extinction bump in space.

New study shows galaxy rotation affects redshift, challenging current distance measurement methods.

Recent findings reveal insights into massive galaxies and their halted star formation.

A fresh approach to studying universe expansion using redshift differences from gravitational lensing.

Research highlights the effects of radiation on dust orbits in distant planetary systems.

A fresh perspective on dark energy may explain the universe's accelerated growth.

This study examines magnetosonic waves generated by compact toroids in magnetic fields.

Study reveals how turbulent magnetic reconnection accelerates particles in cosmic settings.

PycWB makes gravitational wave research more accessible through user-friendly tools.

Researchers enhance gravitational wave detection methods using deep learning techniques.

Discover the impact of gravitational waves on our understanding of the universe.

Study reveals discrepancies in CMB radiation between hemispheres, challenging cosmological principles.

This article explores how dust influenced the formation of early galaxies.

New insights challenge the traditional views on molecular cloud lifetimes and star formation.

A faster technique improves parameter estimation of gravitational waves.

Learn how gravitational waves reveal secrets of the early universe.

Learn about inertial modes and their role in solar dynamics.

Research reveals mechanisms behind cosmic ray acceleration in astrophysical shocks.

Gamma-ray astronomy advances through open observatories and collaborative tools like Gammapy.

Baikal-GVD tracks neutrinos to unveil cosmic mysteries.

Researchers reshape black hole theories with black-to-white hole concepts, tackling singularities and information loss.

This article examines the characteristics and dynamics of jets in BL Lac objects.

Studying ultrahigh energy neutrinos reveals secrets of cosmic events.

A new telescope expected to capture extensive data about the universe.

This study sheds light on how shocks heat electrons in space environments.

Researchers use gravitational waves to examine the universe's structure and dipole effects.

Explore the fascinating world of cosmic rays and their mysterious sources.

Exploring how gravitational waves enhance our understanding of merging black holes.

Discover insights into dark energy and its role in the Universe's expansion.

A look into galaxy components, their brightness, rotation, and dark matter's influence.