Latest Articles for Luminosity

New insights reveal the influence of magnetic fields on BHXRB behavior and emissions.

A look at particle colliders and their role in physics.

Examining how hot dust influences active galactic nuclei structures and behaviors.

New research sheds light on AGN outflows and their role in galaxy evolution.

Study reveals insights into molecular clouds and star formation rates in outer galaxy.

Quasars and their role in cosmic evolution and metallicity trends.

Recent studies reveal key details about the planet TWA 27B and its formation.

Research reveals details about the size-luminosity relation in AGNs.

Discovering the unique features of protostar HOPS373SW and its jets.

Studying faint galaxies reveals insights into early universe events.

Examining how mass loss impacts the evolution of red supergiants.

Examining OH megamasers and their role in galaxy interactions and formation.

A study on how galaxies form and grow over time.

The eFEDS survey reveals new insights into hard X-ray sources and AGN.

Research unveils new candidates among cataclysmic variables known as period-bouncers.

Scientists find two galaxies showing repeating X-ray eruptions linked to black holes.

Tidal disruption events provide insights into black holes and their effects on galaxies.

This article examines crucial relationships of stars and their implications in astrophysics.

Research reveals key insights into red supergiant evolution and mass loss.

Investigating the formation and future of binary stars in HD5980.

Research reveals properties of steep-spectrum AGN and their host galaxies.

This study presents a new method for simulating core-collapse supernovae using grey neutrino transport.

This research examines how AGN jets align with their host galaxies.

Examining how dust torus size relates to active galactic nuclei luminosity.

Research on early galaxies reveals valuable data on their formation and evolution.

A tutorial for advanced students on analyzing LHC particle physics data.

Study reveals complex behavior of cyclotron energy in neutron star 1A 0535+262.

RR Lyrae stars are crucial for distance measurement and understanding stellar evolution.

Recent observations reveal new details about the X-ray properties of quasar PG1634+706.

Carbon stars offer key insights into stellar evolution and cosmic material cycles.

A look into how starspots affect young stars' properties.

This study highlights the significance of RGB stars in understanding stellar evolution.

This study simulates [CII] light from early galaxies to inform future observations.

Researching how stars and planets form through protoplanetary disks and infrared light analysis.

Examining how tidal heating alters stars in the M67 cluster.

This study examines hydrogen lines in the disk of a low-mass star.

Astronomers study red giants formed from star mergers to learn about stellar evolution.

Study reveals key details of RXJ0209.6-7427's super-Eddington outburst behavior.

This study examines the relationship between X-ray binaries and their environment in NGC 300.

New insights challenge previous understandings of the Crab Nebula's brightness and energy.