#star-formation

#star-formation

The discovery of the Eos molecular cloud shows advancements in detecting celestial bodies using ultraviolet emissions instead of traditional carbon monoxide tracking.

Galaxies merging billions of years ago led to the birth of the universe's largest galaxies through intense star formation.

The James Webb Telescope provides unprecedented views of star formation in the Small Magellanic Cloud's NGC 602, revealing key characteristics of early universe conditions.

The discovery of the Eos cloud could transform our understanding of star and planet formation.

A supermassive black hole is preventing the galaxy GS-10578 from forming new stars, effectively rendering it 'dead.'

In a newly discovered ancient galaxy, star formation occurs at the edges while the core contains older stars, reversing common perceptions of galaxy structure.

Supermassive black holes emit jets influencing their own galaxies and beyond, affecting star formation across immense distances.

The James Webb Space Telescope achieved unparalleled imaging of a galaxy by using gravitational lensing and specialized infrared capabilities.

Stars in the Milky Way's center stay young by feeding off dark matter, defying typical aging processes.

The Webb Telescope captured a fascinating view of galaxy I Zwicky 18, enhancing our understanding of star formation in early universe galaxies.

The James Webb Space Telescope captures stunning images of star formation in the Serpens Nebula.

The James Webb Space Telescope reveals stunning details of star-forming regions in the cosmos, enhancing our understanding of interstellar processes.

The JWST reveals early galaxies, shedding light on the Universe's evolution and the formation of modern Milky Way-like galaxies.

The Universe, 13.8 billion years old, contains an estimated 6 to 20 trillion galaxies, with much of its star-formation history rooted in the past.