Latest Articles for Element Formation

Investigating early dark energy's impact on light element formation after the Big Bang.

Examining AT2017gfo reveals crucial findings about neutron star mergers and element formation.

Neutron star mergers reveal insights into heavy element formation and extreme matter behavior.

Study of quasars reveals unexpected carbon levels in early universe gas.

Investigating the processes and remnants of neutron star mergers and their magnetic fields.

This article explores how uncertainties affect our understanding of kilonovae and heavy elements.

New models challenge traditional views on light element formation post-Big Bang.

A look into neutron stars and how neutron capture shapes their evolution.

Examining the Ne Mg reaction's role in neutron generation within stars.

Exploring how low-mass neutron stars create new elements during explosive events.

Research reveals stable Fe2/Mg2 ratios in quasars, indicating early iron enrichment.

Learn how the first atomic nuclei shaped our universe.

Exploring the intriguing interactions and effects of black hole-neutron star mergers.

Understanding how supernovae produce essential heavy elements for the universe.

SVOM mission helps identify kilonovae linked to gamma-ray bursts.

Examining the lifecycle of white dwarfs and their transition to neutron stars.

Researchers enhance our understanding of element formation during stellar explosions.

Exploring the early universe through light elements and new cosmological models.

Neutrons play a key role in the creation of heavy elements during cosmic events.

Astronomers investigate unexpected lithium in ancient stars called white dwarfs.

Discover the processes behind the creation of heavy elements in the universe.

Learn how the universe's lightest elements formed after the Big Bang.

Scientists simulate the r-process using neural networks for faster results.