James web telescope was released for operations late in December last year. A scientific fit that has been expected since the telescope that replaced the Hubble telescope was commissioned to be produced for several decades. Since its release, scientists and astronomers have been grappling with the pictures that the J W S T has been taking, turning them into relatable inform.
So far, the J W S T has been putting the proponent theories of space and the intergalactic world to the test with some being debunked and some checking out as accurate. It is no shock that some scientists have found that the Big Bang theory might not be absolutely true. According to Eric Lerner, the latest James Webspace telescope photos refute the Big bang.
Which holds that the universe has been expanding since it started 14 billion years ago in a hot and dense condition. However, this is not the focus of today’s video, though related in some pictures, the J W S T sent from space scientists have discovered new mysterious galaxies and new insights have been given into the states of the known galaxies that the Hubble Telescope pictured.
What mysteries live beneath these mysterious galaxies that have newly been discovered? What else did the Hubble telescope not reveal? Let’s find out what they learned. Professor Gladbrook and his colleague Colin Jacobs from the James Webb Australia Data Center at Swinburn University are part of the international team known as glass.
They’re responsible for looking back at some of the earliest known Galax. We can see fainter galaxies than ever before. We can see more details than ever before, and now we can see what the human eye would see at these very ancient times. Dr. Jacob says most of the galaxies have been found to have formed between two and 5 billion years since the Big Bang, but they appeared as unstructured blobs in Hubble.
There are many more galaxies with obvious dis bulges spiral arms appearing earlier in cosmic time than we thought. Carl Glaze Brook says, these new images of the adolescent cosmos are only one of the surprises. As scientists from different teams of the world’s scramble to analyze the data from J W S T in its entire month of.
People are pouncing on it at once because it’s a once in a lifetime snapshot of part of the universe we couldn’t see before. Dr. Jacob says it’s hard to overstate the excitement and the feeding frenzy. Not only these matters now as the race is on to find out which of these galaxies were the earliest, so which of them is the earliest galaxy, and let’s also check out other mystery galaxies that have been.
Some of the earliest galaxies are found in the cluster S M A C S oh 7 23, and in the images that were released, the galaxies are estimated to have appeared about 700 million years after the Big Bang. Ever since this discovery, several teams have detected a number of galaxies that might be real contenders and challenged the theories of the early.
So let’s see some other galaxies that have emerged from our cosmos this past month. One beautiful bar, galaxy NGC 74 96. The NGC 74 96 is a bar galaxy that lies 24 million light years away in the constellation of Gruse. Robin Cook, who studied Galaxy Evolution at the University of Western. A. Explains that it’s got not only these spiral arms, but it has these very distinct bar running through it.
This is quite a common structure in galaxies. We think our own Milky Way has a bar. The image released by J W S T fares better than the ones that the Hubble Telescope has given you in the past. You can clearly see how gases funnel through the galaxy along these spiral arms and along this bar. S. Which you don’t see in optical light.
Dr. Cook says two grand swirling spiral M 74. The M 74 is located 31 million light years in the constellation of Pisces and is a stunning spiral galaxy. The J W S T image reveals a broiling spiral arms that are scarred with cavities. In comparison, Hubble’s view of the galaxy is shrouded. What’s happened here is that a star has been born within the spiral arms, and then it’s gone.
Supernova, Dr. Cook says three cosmic car crash. Cosmic collisions in nearby galaxies provide a window into the evolution of the early universe. According to Lee Armas of the California Institute of te. He and his team are studying the four galaxies that Al Galaxy is bounded by, including IC 1 16 23 located Amere 275 million light years away in the constellation of CTUs.
These are just the brightest of a ton of hidden star formations that we couldn’t see before. Dr. Arm says four, a rare cart. The Cartwheel Galaxy is one of the most breathtaking images the J W S T team has released. The ring shaped galaxy is one of a kind and lies 500 million light years away. In the constellation of sculptor, it was shaped by a collision with another galaxy, which has since left its environment.
The new images reveal much more information about the star forming areas around the edge as well as the central ring. Dr. Cook. When you look at the Hubble images or any previous optical images, you don’t really see all the dust that’s been heated up. Five. Dale, the Dawn Star, just early in the year, Hubble snapped a star that was set to be formed about 900 million years after the Big Bang.
It was dubbed Erindale, meaning morning. Now the star in the constellation of Cedars has again been captured by the J W S T. It is estimated to be about 50 times the sun’s mess and millions of times brighter. However, it is so distant that it appears as a tiny.in a line stretched by the gravity of the cluster.
Beside it, perhaps the earliest known galaxy is the glass Zed 13. This might be because it is one of the smallest and rare. Galaxies within the first billion years following the Big Bang are expected to be small and rare. The Glass Z 13 is one of a number of potential galaxies being put forward by different teams.
Each team is looking at a different part of the sky, while some teams are looking into the area dominated by the S M A C S oh 7 23 Galaxy Cluster. The glass team, which includes Professor Glaze Brook, are looking at a patch of the galaxy dominated by a cluster known as Abel 2 7 44, or the Pandora cluster, and another team is scanning an area in the northern sky.
Distance to nearby galaxies is measured in terms of light years, but this is not so for early galaxies because of the universe’s. Astronomers refer to early galaxies. By their red shift, the amount of light stretched into the long red wavelengths. For instance, glass Z 13 has a red shift of 13. This corresponds to the galaxy appearing as it did 329.8 million years after the Big Bang.
Early galaxies in professor glazes book’s, data are about a red shift of. 370 million years after the Big Bang. According to Professor Gladbrook, we need to accurately examine the chemical signature or spectra of the light originating from these galaxies to determine their ages and composition. He believes we will get a response soon, I reckon we’ll know in a few months.
He says. Well, that’s all for today’s video. Did you enjoy this video? We sure hope you did as much as we enjoyed bringing it to you. Make sure to like the video and share it with your friends. Do well to subscribe to the channel for more quality and entertaining content. Also, ring the bell to be notified when we drop new videos.