JWST Finds Strange Harmony in Early Galaxies and Black Holes

Österreich Nachrichten Nachrichten

JWST Finds Strange Harmony in Early Galaxies and Black Holes
Österreich Neuesten Nachrichten,Österreich Schlagzeilen
  • 📰 sciam
  • ⏱ Reading Time:
  • 61 sec. here
  • 3 min. at publisher
  • 📊 Quality Score:
  • News: 28%
  • Publisher: 63%

Black holes in the extraordinarily distant cosmos are out of tune with their host galaxies, offering insights into their formation

Proportions—think of the golden ratio and its kindred—are the bedrock of our reality, found in everything from music to the structure of the cosmos. Discerning them is the source of our empirical knowledge of the world. Leveraging proportions also allows the hidden to be seen, in ways that can seem almost magical. On Earth, paleontologists can estimate the size of a long-extinct dinosaur, for instance, by digging just its thigh bone from the ground—because the part is proportional to the whole.

In recent decades, observations have shown that supermassive black holes, millions or billions of times more massive than our sun, reside at the centers of large galaxies, including the Milky Way. In the nearby universe, an elegant ratio reigns: the mass of each central black hole is around 0.1 percent, or one thousandth, of the starry mass of each host galaxy.

As astrophysicists say, these faraway black holes are “overmassive” with respect to their hosts compared to those we find in galaxies around us today. Many JWST observations, for example in the JADES and CEERS surveys, now support this conclusion. We are witnessing a population of infant black holes overgrowing their nurseries and flourishing faster than expected in the distant, early universe.

Why does this ratio not rule in the early universe? Why was the music so different back then? The implications of these questions are rippling through the very foundations of astrophysics as, for the first time with JWST, we observe the early moments of black hole formation and co-evolution with galaxies. Some recent studies argue that these observations provide the best evidence yet that some black holes were born massive.

Wir haben diese Nachrichten zusammengefasst, damit Sie sie schnell lesen können. Wenn Sie sich für die Nachrichten interessieren, können Sie den vollständigen Text hier lesen. Weiterlesen:

sciam /  🏆 300. in US

Österreich Neuesten Nachrichten, Österreich Schlagzeilen

Similar News:Sie können auch ähnliche Nachrichten wie diese lesen, die wir aus anderen Nachrichtenquellen gesammelt haben.

Black Women Having All the Fun: 'Bongos' and 'You Wish' Celebrate the Joy of Black SisterhoodBlack Women Having All the Fun: 'Bongos' and 'You Wish' Celebrate the Joy of Black SisterhoodIn Cardi B and Meg Thee Stallion's “Bongos” and Flyana Boss' “You Wish,' Black women hip-hop artists share pleasure, joy and sisterhood.
Weiterlesen »

'Star Trek: Strange New Worlds' Season 2 Sets Physical Release Date'Star Trek: Strange New Worlds' Season 2 Sets Physical Release DateThe release will have over two hours of bonus content including an alternate take of the Klingon boy-band ballad from the musical episode.
Weiterlesen »

Mystery of strange marks on sea floor solved by scientistsMystery of strange marks on sea floor solved by scientistsResearchers found that the markings matched up perfectly with the mouthparts of a bizarre deep-sea fish.
Weiterlesen »

16 strange new parasitoid wasp species discovered in Vietnam16 strange new parasitoid wasp species discovered in VietnamResearchers at Kyushu University and Vietnam's National Museum of Nature have discovered 16 new species of Loboscelidia, a strange-looking and elusive group of parasitoid wasps. The scientists also reported for the first time the unique parasitic behavior of a captive female of one species, Loboscelidia squamosa, who was observed digging a hole in the soil to hide her host's egg.
Weiterlesen »

Enterprise Did 2 Star Trek: Strange New Worlds Stories 22 Years AgoEnterprise Did 2 Star Trek: Strange New Worlds Stories 22 Years AgoPike boldly went where Archer has gone before.
Weiterlesen »



Render Time: 2025-03-01 04:02:50