Galactic chemical evolution (GCE) describes the changing composition of galaxies over cosmic time as successive generations of stars forge new elements and redistribute them into the interstellar ...

The transition from cluster to stream offers an extraordinary opportunity for exoplanetary science. Inside a dense cluster, ...

Our understanding of the galaxy has advanced with every leap in the number of stars. From early observations to more and more advanced space and ground-based telescopes, each milestone has revealed ...

The chemical evolution of stars within the Milky Way traces the complex interplay between nucleosynthesis, gas inflows and outflows, and dynamical processes that shape the Galaxy’s structure over ...

In a groundbreaking achievement in computational astrophysics, scientists have developed the first-ever simulation of the Milky Way galaxy. This model tracks the movements and interactions of an ...

A mass migration of stellar twins. Stars similar to our Sun form a mass migration from the center of the Milky Way, occurring approximately 4 to 6 billion years ago. Tokyo, Japan – Researchers have ...

The Milky Way is home to gas, dust, billions of stars, and a supermassive black hole at its center. Living in this galactic home gives us exclusive insight into its components, but it also hinders our ...

Astronomers using the James Webb Space Telescope (JWST) have uncovered a massive stellar bar in a distant galaxy, GN20, seen ...

No matter the time or vantage point, from a pre-Neolithic cave to a post-lockdown London high-rise, the predictability of the night sky has always been humanity's symbol of permanence and reassuring ...

Euclid telescope finds a rare brightness gap in NGC 6397 star cluster, revealing new clues about red dwarf evolution and ...