Latest Articles for Stellar Dynamics

Study reveals how companions around stars, especially Jupiter-like planets, form in young associations.

Redback pulsar binaries reveal interactions and high-energy emissions from stellar systems.

Exploring the growth patterns of galaxies similar to the Milky Way.

The JWST sheds light on planet formation processes in protoplanetary disks.

Recent findings reveal WASP-12b's rapid orbital changes and implications for exoplanet evolution.

New findings reveal complexities in Puppis's wind and X-ray emissions.

New insights reveal complex gas interactions in NGC 5068, impacting star formation.

Research highlights AGN feedback's role in black holes and galaxy development.

Explore how starspots influence the magnetic activity of stars over time.

Insights into the behavior of water masers from two stars, U Her and RR Aql.

Explore how DIG influences star formation and galaxy evolution.

A new method enhances accuracy in studying stars and their planets.

Discover how free-floating planets are created through stellar encounters.

This research examines turbulence's role in angular momentum movement within stars.

Zoomies uses Gaia data to improve our understanding of star ages.

Exploring the age and origins of stars in the Milky Way's stellar halo.

Seven unique star systems provide valuable data on star interactions and behaviors.

Unraveling the acceleration of cosmic rays from massive stars.

This project uses simulations to analyze the interactions of the LMC and SMC.

Exploring the interactions between stars and black holes during tidal disruption events.

Study reveals characteristics of emission line galaxies through observational methods.

Exploring brightness changes in binary stars during close encounters.

Learn about tidal disruption events and their role in the universe.

AT2022cmc provides fresh data on black holes and jet formation.

Exploring the impact of stellar flares on stars and their orbiting planets.

Learn how binary stars interact with supermassive black holes.

Explore how instabilities in accretion disks affect planet formation.

New insights reveal stellar activity's role in interpreting signals from HD 26965.

A look into how stars meet black holes and the resulting light emissions.

Investigating how galaxies contribute to metal content in the universe.

AT2018fyk showcases unusual behavior in a tidal disruption event around binary black holes.

Stars greatly influence galaxy formation and the early universe's ionization.

Study reveals how metallicity affects element composition in massive stars.

Research reveals how age affects star velocity in galaxies.

A fresh approach analyzes perturbations in relativistic stars for clearer stability insights.

A closer look at black hole interactions during a stellar disruption event.

Examining how relativistic stars respond to adiabatic perturbations and their implications.

Study reveals how star rotation affects the atmosphere retention of Earth-like planets.

Research on Theia 456 sheds light on star formation and evolution in the Milky Way.

Examining interactions between small-scale and large-scale dynamos in stars.