Cosmic Mystery Solved: NASA's James Webb Space Telescope Captures the Birth of a Galaxy

Join the Cosmic Dawn Center's astronomers as they reveal the composition of the early universe's most dense concentration of galaxies, seen by the James Webb Space Telescope. Discover the ancestor of our Milky Way and its significance for our understanding of the universe. Uncover the secrets of the early universe and the birth of galaxies in this exciting and educational video.

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Celestron 70mm Travel Scope

Celestron 114LCM Computerized Newtonian Telescope

Celestron – StarSense Explorer LT 80AZ

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[uneducatedguess]

Speculation about merging disks is easily debunked on this example: 14 disk (meaning both "flat" and "spiral") galaxies when merged would arrange not flat, but random volume, like elliptical galaxies, and not something like our Milky Way. Distant galaxies are as mature as our Milky Way, but why they look 10 times smaller? Because of concave lensing explained in 1st chapter of free "Time Matters eBook". It is opposite to gravitational lensing, but well-known effect, and it is caused by time speeding up (in the past time was slower than today: 14 billion years ago, it was twice slower than today, and 32 billion years ago it was 12 times slower than today - that comes from Hubble's redshift measurements - and that factors diminishing effect by 2-12 times).