these galaxies were forming stars at a higher rate than other young galaxies
The real question to ask is where did the first stars in the galaxy come from?
From what we know today, it's impossible for stars to "form" all by themselves from clouds of gas
Everyone else knows that this is perfectly well possible.
Books are your friend. Try reading some. It'll expand your mind to no end. (And it will prevent you from hoisting that neon sign over your head that reads: "uneducated and proud of it" every time you post)
So now books are all the "proof" that is needed to confirm the fanciful pontifications of the plasma ignoramuses. Who needs experimental confirmation?
How do you experimentally create a star?
How do you experimentally create a star?
Well, you can't if you rely on the standard theory. It is what is so convenient about the fanciful pontifications of the plasma ignoramuses is that very few of their claims are falsifiable.
However, here is one possible way to create a star in the lab;
http://www.safireproject.com
How do you experimentally create a star?
Well, you can't if you rely on the standard theory. It is what is so convenient about the fanciful pontifications of the plasma ignoramuses is that very few of their claims are falsifiable.
However, here is one possible way to create a star in the lab;
http://www.safireproject.com
How do you experimentally create a star?
Well, you can't if you rely on the standard theory. It is what is so convenient about the fanciful pontifications of the plasma ignoramuses is that very few of their claims are falsifiable.
However, here is one possible way to create a star in the lab;
http://www.safireproject.com
Back on the subject...
This is an important observation because it adds to growing evidence that massive BHs at the center of galaxies didn't have to, and maybe never did, come from stars. Straight gas to BH pathway. https://arstechni...thought/
wduckss
Jan 10, 2018Do authors distinguish the galaxies (a set of stars) and the nebula (set of gas)? Obviously not.
If the oldest galaxies (over 13 b ly) have the highest rate (redshift) how can simultaneously apply Hubble constant (for distance) and Bing Bang (past or old age)? (GN-z11 ≈13.4 b ly; 11.09; +0.08; -0.12 redshift (z); speed 295.050 ± 119.917 km / s. Z8 GND 5296, 13.10 b ly; 7.51 (z); spead 291.622 ± 120 km / s, M58, 62 Mly (68) 0.00506, spead 1517 ± 1 km / s, etc. table in "Where did the blue spectral shift within the universe come from?" http: //www.svemir- ipaksevrti.com/the-Universe-rotating.html#4b)