Latest Articles for Astrophysics

Study explores regular black holes influenced by Einstein cubic gravity and nonlinear electrodynamics.

A look at how QPOs reveal black hole dynamics.

This article examines how charged particles influence electromagnetic fields as they approach black holes.

Exploring how upward steps in inflation models affect energy distribution and black hole formation.

Exploring the imbalance of matter and antimatter in the cosmos.

Exploring how cosmic rays shape galaxies and interact with plasma.

Wormholes could reveal vivid cosmic images with unique light patterns.

New research challenges the traditional view of black holes and their features.

This article examines how turbulence and magnetic fields influence star formation rates in galaxies.

Analyzing the relationship between black hole mergers and their host galaxies.

Researchers investigate the mysterious bumps in the light curves of superluminous supernovae.

Gravitational waves provide a new way to observe cosmic events.

New findings on galaxy formation and evolution from JWST reveal diverse early universe characteristics.

An exploration of how dust clusters behave in plasma environments.

A new perspective on gravity links it to statistical methods and information geometry.

WASP-39b's atmosphere reveals complex chemistry through sulfur dioxide detection.

Recent experiments reveal surprising differences in symmetry energy and neutron skins.

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

New insights on quark behavior under strong magnetic fields in heavy-ion collisions.

Research reveals the link between dust and star formation rates in nearby galaxies.

Studying black holes reveals their thermodynamic properties and interactions with dark energy.

Research reveals circulation patterns of sub-Neptunes using simplified atmospheric models.

This research analyzes gas giant exoplanets using transit spectroscopy to study their atmospheres.

Research on YMCs sheds light on early star formation processes.

A detailed look at the complex solar activity cycles and magnetic field interactions.

New tool ensures stability for telescopes in the LISA mission.

Research reveals how sunspot shapes affect wave patterns and solar activity.

Exploring Yukawa interactions and their implications for neutron star behavior.

A study on using advanced techniques to find and analyze distant exoplanets.

Researching black holes' behaviors improves gravitational wave predictions.

Research into the jets of radio galaxies reveals their changing power and effects.

Research reveals how magnetic fields contribute to solar flare activity.

Researchers improve distance measurements in the Galactic bulge using semi-regular variable stars.

Examining how close black hole interactions create detectable gravitational waves.

Discover how AM CVn binaries originate from cataclysmic variables and the implications for astrophysics.

A look at regularized black holes and their intriguing properties.

This article examines a theory connecting dark matter and neutrinos through new mechanisms.

A look at how surrounding galaxies affect gravitational lensing studies.

Discovering the potential of microlensing in identifying planets around distant stars.

An overview of dark matter and dark energy interactions in cosmic expansion.