Image Reveals the Most Distant Galaxy Ever Seen, From Just 280 Million Years After the Big Bang

James Webb Space Telescope’s latest findings are another record fighter: the farthest explosive explosion of the far apart, the big explosion shone only 280 million years later.

MOM-Z14 (such old “jokes of Mama), Galaxy, was paid by JWST by JWST by JWST, in a redshift of Z = 14.4. The meaning of Z = 14.4 to the expansion of Z = 14.4 to the age of 14 times and offering a hint of the universe. He led by Rohan Naidan Researchers team, stationed His findings presented a server archive and an open magazine in an astrophysics.

This galaxy is not only a little dark mud, or unexpectedly bright, becomes a growing theme in JWST’s discoveries. MOM-Z14 is now connected to a brighter young galaxies in a brighter than expected. JADES-GS-Z14-0, obvious In a separate depth field study, at the same time, with size and brightness, 1600 light years, covering hundreds of millions of solar masses in the stars.

As JADES-GS-Z14-0, MOM-Z14 does not work with a supermassive black hole, more young, bright stars tightly. The brightness of these facilities challenges the existing models because the universe can form the sooner and after the big explosion.

JWST’s piercing infrared views are superior to the abilities of Hubble and Spirzzer telescopes to their peers so far. The leap in the opportunity is possible for Webb to reveal only early galaxies for scientists, the structure and composition can be seen according to the surprising detail.

For example, EGS23205 – is a disabled galaxy seen by both Hubble and JWST’s previous images. But Jwst revealed There have been years to develop assumptions that end the assumptions that have an open star rod, spiral galaxies and complex structures in the center.

Gravity lensing JWST PEER also helps further depth. When there are ancient galaxies, which were found near the 2744 cluster (nicknamed “Pandora”, the early galaxy groomed in a lighter, large bang-bang-atrons, the large gravity was groomed in large gravity, and introduced the intimate landscape of the universe and the sources of this poor.

The chemical signature of the MOM-Z14 adds another wrinkle to the story of the universe: According to research, once shared by the ancient cabinets around the superkassetic stars, the carbon-shared character has a capacity. The likeness to say, points to the sustainability in the environments that have more than 13 billion years.

A wider trend, can reflect paper records, compact, nitrogen between nitrogen and rich sources like Mother-Z14, a division between the early galaxies and more different. The first can set a new class Few red dotsAs the universe today reportThe first exploded the universe is flared by tips on the first explosion.

Future officials such as the Roman space telescope can reveal more space strangers, JWST, has already rewritten the graphic of the formation of galaxy. Based on the current pace, the telescope will almost break its record again.