Fengwu Sun

This study reveals metal content and star formation in the early universe.

This study reveals new insights into the formation of dusty galaxies and their star dynamics.

Researchers study ancient galaxies to learn about the universe's beginnings.

JADES Data Release 3 uncovers properties of 4,000 early galaxies.

Researchers discover new stars using JWST and gravitational lensing techniques.

Research on lensed stars sheds light on dark matter distribution and structure.

New findings from JWST challenge current theories on galaxy formation.

Researchers investigate microlensing effects to learn about dark matter and galaxy structures.

Recent images reveal young galaxies crucial for understanding reionization in the universe.

Astronomers uncover properties of distant galaxies obscured by dust using powerful telescopes.

Researchers investigate bright galaxies using advanced telescopes to understand their formation.

Astronomers identify brown dwarf JADES-GS-BD-9, enhancing our knowledge of low-mass celestial objects.

Research explores the significance of low-brightness black holes in cosmic evolution.

NEXUS utilizes JWST to study galaxies and their evolution over time.

Examining how early galaxies contributed to the reionisation of the universe.

Study examines relationship between supermassive black holes and early galaxies.

This research investigates how outflows affect star formation in galaxies.

Recent studies reveal key features of quasar J1007 2115 and its impact on galaxy evolution.

Researchers analyze GS-9209, revealing new details about early massive quiescent galaxies.

Astronomers find a bright galaxy from the early Universe, raising new questions.

NEXUS uses JWST to study galaxies and cosmic phenomena.

Discover how dust shapes galaxies and star formation across the universe.

Scientists uncover hidden galaxies and their star formation during the Epoch of Reionization.