1. Home
  2. / Science and Technology
  3. / The James Webb Space Telescope Identified A Spiral Galaxy Similar To The Milky Way
Reading time 2 min of reading Comments 0 comments

The James Webb Space Telescope Identified A Spiral Galaxy Similar To The Milky Way

Published on 24/04/2025 at 19:45
Updated on 24/04/2025 at 19:47
Via Láctea
Esta imagem de Zhúlóng, a galáxia espiral mais distante descoberta até hoje, mostra seus braços espirais notavelmente bem definidos, um bojo central antigo e um grande disco de formação estelar, semelhante à estrutura da Via Láctea. Crédito da imagem: NASA / CSA / ESA / M. Xiao, Universidade de Genebra / G. Brammer, Instituto Niels Bohr / Arquivo Dawn JWST.
Be the first to react!
React to this article

Complex Structure And Well-Organized At Such An Early Stage Of The Universe Surprises Scientists And May Rewrite Part Of The History Of Galactic Formation

Astronomers Made A Surprising Discovery Using The James Webb Space Telescope. They Identified A Gigantic Spiral Galaxy, Named Zhúlóng, That Existed Only One Billion Years After The Big Bang. The Revelation Contradicts Previous Theories About Galaxy Formation.

Zhúlóng: A “Distant Dragon”

Zhúlóng, A Name That Means “Torch Dragon”, Is The Most Distant Disk Galaxy Ever Observed With Spiral Arms And Disk Structure. It Features A Central Bulge, Well-Defined Spiral Arms, And A Star Formation Disk. These Characteristics Are Normally Associated With Closer Galaxies Formed Billions Of Years Ago.

According To Researcher Mengyuan Xiao From The University Of Geneva (UNIGE), The Disk Of Zhúlóng Is Over 60,000 Light-Years Across And Contains More Than 100 Billion Solar Masses In Stars. The Size And Mass Of The Galaxy Are Comparable To Those Of The Milky Way.

New Vision Of The Universe

The Discovery Raises Questions About Galaxy Formation. For A Long Time, It Was Believed That Massive Spiral Galaxies Took Billions Of Years To Form.

It Was Expected That Galaxies In The First Billion Years Of The Universe Would Be Small, Irregular, And Disorganized. But Zhúlóng Displays A Mature Structure At A Time Considered Very Early.

The Galaxy Was Identified At A Redshift Of 5.2, Indicating Its Enormous Distance And Antiquity. The Infrared Images Captured By The Webb Telescope Are Changing The Way Scientists Understand The Dawn Of The Universe.

PANORAMIC Program And The Future Of Discoveries

Zhúlóng Was Found During The PANORAMIC Survey, Which Is Focused On The Detection Of Rare And Distant Objects. Astronomer Christina Williams From NOIRLab Highlighted The Potential Of This Type Of Research To Challenge Current Models Of Galaxy Formation.

According To Professor Pascal Oesch From UNIGE, This Is One Of The Discoveries That Shows How The Webb Telescope Is Radically Transforming The Scientific View Of The Primitive Universe. The Complete Research Was Published In The Journal Astronomy & Astrophysics.

Sign up
Notify of
guest
0 Comments
most recent
older Most voted
Built-in feedback
View all comments
Fabio Lucas Carvalho

Journalist specializing in a wide variety of topics, such as cars, technology, politics, naval industry, geopolitics, renewable energy, and economics. Active since 2015, with prominent publications on major news portals. My background in Information Technology Management from Faculdade de Petrolina (Facape) adds a unique technical perspective to my analyses and reports. With over 10,000 articles published in renowned outlets, I always aim to provide detailed information and relevant insights for the reader.

Share in apps
0
I'd love to hear your opinion, please comment.x