Webb's First Images Explained - Seeing the Universe in a New Light!
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- Опубліковано 1 чер 2024
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00:00 Webb's First Images Released!
00:53 How Colors are Used
01:19 Carina Nebula
04:25 WASP-96b
06:21 Southern Ring Nebula
09:25 Stephan's Quintet
13:10 SMACS 0723 / First Deep Field
17:46 Thanks to Brilliant.org
18:42 Thanks to Patreon Supporters!
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Watch next: Solar Orbiter Discovers Surprising new Phenomenon in the Sun
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🔴 This is only the beginning, my friends! Here's a look back to when Webb got it's first clear look at the sky: ua-cam.com/video/E-pNS5mDExQ/v-deo.html
Is the Southern Ring Nebula going to be a Type 1A Supernova in the course of time? White dwarf with a companion star, isn't that what leads to it?
It's quite possible. It usually requires a very close binary system where the companion dumps an overwhelming amount of matter onto the WD. Hardly an implausible scenario, however.
You did the best explanations of this so far. Thank you.
This is my favourite channel for JWST updates. Such clear, concise, factual, click bait-free information. The video I've been waiting for!! 🤩 Great work
Christian, thank you for this fantastic presentation of the early analysis of Webb's First Images - tremendously exciting! Special thanks for showing exactly where the Carina Cliffs image was taken in the sky. One question I have about the Southern Ring, which I think also applies to the northern ring (M57): What do these nebulas actually look like in space? Are they spherical? Why do they appear like "rings"? I've read that some astronomers believe that possibly they are toroidal. Thank you for any insights you can provide.
Hi Dan, thanks for the kind words! Sorry it took me so long though, ugh! The rings are likely equatorial outflows, which on some level makes sense as the star is rotating. There may also be a circumstellar disk surrounding the star as well. Both would channel the thinner, faster outflow into an hourglass shape. In the case of both ring nebulae, we're looking down the top of the hourglass. We can verify this model by measuring the doppler shifts of the ring vs. the central gas. Granted, that's a bit simplified as there are so many other complex dynamics at work, especially in a binary system like the one we have here!
@@LaunchPadAstronomy Excellent - thank you Christian!
A great job explaining the scientific value of the images and how JWST features bring out new, cutting-edge science -- with a clear narrative and great graphics.
Well done Christian!
Thanks 😊
This was the most interesting and deep coverage of these images I've seen, and you actually went into not only _why_ the graphs and things were important, but also _what_ was indicated by them.
Thanks, I'm glad you liked it!
Glad to hear everyone is safe Christian. Hopefully you are not stressed anymore.
Appreciate it, Frank. And we're doing a lot better now!
CLFFS - damn, that storm even knocked out a letter of the name of the first picture 🤣! Seriously: Thanks a lot for coming up with - as always - a deep look at these images anyway! Fascinating as always, the pictures and your analysis / explanations.
I can't believe I made another typo! That's what I get for trying to hurry things up. Glad you liked the rest of it though :)
“While the colors are necessarily artificial, they’re still very useful.” Thank you for making this clear from the beginning.
I was eagerly awaiting this video ever since the JWST images released. Thanks for the crisp explanations. Your childlike enthusiasm is infectious!
I'm so thankful that I can still get so excited about space. Thanks for bringing it to the masses.
THIS is the explainer I was waiting for!!
I'm glad you are safe after the storm.
Thanks! And rest assured there is more to come!
Oh man, these images are emotional, thanks Christian, this rider missed you while you were gone!
Thanks. Ran into a rainstorm and had to duck into a bar door. It was all night pouring, pouring rain, but thankfully not a drop on me.
I’ve watched every breakdown of Webb’s first images I could find and yours is among the best. Great explanation into what we are seeing, what it means, etc. Well done!
Thanks Chris!
Of all the JWST 1st Image videos out there, this is the one I use when I'm explaining to someone why I'm so excited. Top notch quality
Wow, thanks!
I enjoyed your class so much professor !!! Love love love your lectures! Thank you for this :)
Thank you Iqra, it’s so nice to hear from you!
I really love the devotion that can be found in your radiated spectrum. Keep it up. Great video!!
Wow! The images are decluttered and explained so nicely for people like me.
Always enjoy your simple explanations of complex topics. Web does not disappoint! Looking forward to the next video. Thanks!
This video was absolutely great. I have watched a handful of JWST videos from other credited astronomy and space UA-camrs scientists and yours is hands down the best one.
The way you break down each image and point out the scientific interests and merits was really eye opening and highlights the capabilities of the telescope.
You really put JWST into perspective for me. Thank you.
I was waiting for your video ever since those images were released ✌️
Wow, I hope you enjoyed it!
I've seen several videos about this already, but still learned some new things from yours, so well done! Looking forward to many years of Webb observations.
I’ve waited for this video ever since Webb's images dropped, and I've not been disappointed. I appreciate the enormous effort it takes to provide such detailed information about this mission and its development. Stay safe with your family
So glad you enjoyed it!
This is the breakdown that I have been waiting for! Sorry to hear about your troubles, glad all is well.
Much appreciated!
Thank you so much for your content. It adds so much context to all the "pretty pictures". It really explains why JWST is as eye opening as it is.
As always you have my heartfelt thanks for making these amazing videos
I just LOVE this channel. You're a brilliant man, and your presentations are so enjoyable to watch. You have a gift for this. I've been waiting for your video on these pictures.
Thank you!
I'll be looking forward to future presentations. Thank you for this one, it was very interesting.
Love your content! Really high quality stuff!
Thanks!
Nice posts, thanks for sharing & Godspeed!
You are the one trully brilliant! Great in-detail anatomy of the firsts Web images that made me understand a lot about star formation and composition... trully: THANKS for your patience, work and teaching skills... Ill be enjoying much more to come from your videos!
I'm excited for your coverage on this topic. Thank you for the research, and concise presentation. You're conscious of your audience in your delivery. Yet there is an underlying sense of childlike wonder that comes from you effortlessly.
Thank you so much! I try to find that balance between "WOW! COOL!" and "here's the science" :)
I was patiently waiting for your video. Scott Manley and Anton always beat you to the punch, but you take the cake in this field of expertise. 🍻 from 🇨🇦
Thanks you so much. Scott and Anton do really great work, so I'm just happy to be mentioned along with them :)
Great job with the editing juxtaposing Hubble vs Webb images.
At 00:23 a nicely done nearly quoted omage to Star Wars.
Lord Palpitine: "Now witness the power of this fully operational space station." Lol 😆
Im super excited! 👁️
Outstanding video thanks 😊 So exciting to see Webb working perfectly. Your videos are the best I've seen on these early images....just amazing.
Really appreciate it, thanks!
Incredible explanations as always
Thanks, this was great, Christopher!
Sorry to hear about your trees and your power cuts. Hope everything now restored OK. Thanks for a great programme on the first JWST images, looking forward to more analysis
I love to see the stream and the more condensed video, as they give us a very detailed insight of the images recently taken.
I have Watched many Videos but you
took it to the Next Level. I am Glad,
that i found your Channel. 😊
Thank you, and I'm glad to have you along for the ride!
Always enjoy your videos thanks for posting!
I was wondering what was keeping you from uploading a video like this. But it was worth the wait!
Thank you for this very clear and informative explanation.
My mind just boggles when I think what's out there and what's to be discovered.
I look forward to your next session.
This is the best interpretation of the images I have seen so far! Great stuff.
Well worth the wait thank you
Great explanations! Learnt a lot and enjoyed it
Thank you for the concise and easy to understand explanations of what's occurring in those extraordinary images. I'll be sharing your video with some family members who have expressed interest in them.
O:18
FINALLY, Been waiting for you to post an official video after the stream ! thank you, you're a beast and amazing at explaining things
Really appreciate it, thanks. Sorry it took me so long though, ugh!
*Thank you for providing insight and understanding into the JWST🏳️🌈 images that we’re seeing. You’re doing amazing* 👍
Thank you so much John!
@@LaunchPadAstronomy This is my favorite UA-cam channel 🤗
Awesome video, as always - thank you!
Thank you , my friend!
Thank you for your information..it make me happy..
Love it! Great work. In the future, when discussing parts of a photograph etc an arrow or circle to help add clarity would be greatly appreciated. At times I struggle to figure out what area of the photo you were talking about or what feature I was supposed to be noticing.
Thanks for the suggestion. I really should have those arrows handy. Will include them in the next video.
Thank you for this detailed analysis of Webb's first images.
I was waiting for your video
Thank you for this great work
My pleasure! There's a lot more I wanted to talk about. Might need to do some more in-depth videos.
Thank you Christian for this top notch science chanel. Definitely one of the best content on this platorm !
You're very kind, thanks!
I was wondering why you were a little late. It was worth the wait!
Thanks! (And sorry about that!)
Thanks for this thoruogh explaination! THe best I've heard till now here on youtube. I'm grateful, the cats are fine ;) meow!
Thank Greg, I'll give Leo and Twinkle your regards :)
Magnificent; simply breathtaking.
OMG i been waiting for a video from
you covering the JWST i’m glad you are all okay after the power outage 💕💕
We're doing fine, thanks!
Please make one video breaking down one interesting piece of one image. Your explanation of the cosmic cliffs brings the whole thing to life. What parts of the image illustrate the affect of the giant stars interfering with the protostar growth? What parts of the image show the actual protostars? Are all points of light within the cloud protostars or are some of those light sources distant stars? The nebula is only 7600 light years away, so these protostars are built with pretty old matter. What percentage is hydrogen vs heavier elements? What's the heaviest element that we've observed contributing to star formation? What's the heaviest element theorized that could contribute to star formation?
Man, thank you so much for starting this channel. You're an excellent resource.
I appreciate your much anticipated analysis of these JWST images. It was well worth it. Sorry to hear about the storm; I'm glad everything is fine now.
I'm glad you enjoyed it. They really need to schedule these storms at more convenient times :)
6:13
this is very exciting to hear
Wow,Sorry To Hear About The Storm,And Glad Everyone Is Ok🙏🏼❤️🙏🏼….I Would Love To See That Nebula With Me Own 2 Peepers,I Had So Much Fun On Your Live,Was Just Incredible,Theyve Made The Data Public So Nerds Like Me Can Process It,Great Presentation Christian,Thank You,Have A Great Rest Of Your Day,Stay Safe,and God Bless❤️🙏🏼✨🌏🔭❤️
So glad you could join us on the livestream, chaotic as it was :)
Excellent!
Mind blown at relativistic speeds. Wow. Simply wow.
Great explanation, but I wish you would use a pointer when describing things so we know what part you are talking about. Like “…are getting blasted by the hot stars above…”. Which ones are the hot stars? There’s so many!
Brilliant video as always...
Can you please tell us about the cosmic maps you used at 1:40 and 6:35 ..... From where did you got that 3D map of the universe ?
I desperately want a 3D atlas of the universe like that... Will you please tell me about that..? I would be very thankful to you...
Christian: When do you think we’ll have the first pictures of Proxima b? It would be good to see if there are any extraterrestrial activity by analysing its atmosphere etc.
Thank you for this very detailed explanation! Are they naming the newly found galaxies and stars already? What will the process be for this if ever?
Thank you for the review.
My question: is this possible to correct difractive distortions with inverse transformation? If we know instrument's transfer function which causes distortion we can create inverse transformation to correct image, right?
Mind blowing imagery. The detail is mezmoring. You mentioned the distance to the Carina Nebula is about 7600 light years. Any idea what the distance is that spans the Carina Nebula image from left to right?
One more question. Why does the Southern Ring Nebula image look like a cross-section? Its like the nebula was cut in half. Is it literally open to space on the side we are seeing? It reminds me of those geode rocks that when cut in half reveal a layer of gem crystals lining the inside.
Best analysis so far on UA-cam... other videos were made for simpletons
Hi and thank you for the good content . is it possible to synthesise from those pictures the real pictures as we will see them with our eyes ?
Glad you enjoyed the video! The images are infrared so while it would look very similar to our eyes, there's a lot of details we'd otherwise miss.
@@LaunchPadAstronomy So if for example i would take my iPhone and take a photo of this, i would see almost the same thing?
Maybe if you set it to maximum zoom 😉
that was my initial guess as well about the gravitationally lensed galaxy
Could you please share links to where the public can get access to the raw data / images?
Hold on a second there. You say the infrared spectrum is mapped to colours in the visible spectrum. Question is, is their an attempt to project those images as they would be viewed if the wave lengths hadn't been stretched out by expanding space? Does the colour we view as orange, in infrared have slightly longer wave lengths in infrared than the colour we view as yellow. Would that orange be orange if we viewed that galaxy in relatively close proximity? Of course, when we view galaxies that are different distances from us, the same wavelengths in infrared would represent different wave lengths in visible light at the source. But, when we are viewing a discreet galaxy it would be nice to know we are viewing that Galaxy as it would have appeared to us a long time ago from relatively close by. Or are we just making pretty colours here to make these images nice to look at? Or are we colouring the image in a way that would help us to distinguish between wavelengths that that are of particular significance towards scientific investigation? And, do we colour the image differently each time it is rendered, or is the rendering process consistent?
"We were finally able to witness the power of this fully operational..."
Battle station? I mean, it *is* in space and *does* have a huge dish to concentrate energy.
8:20 why does MIRI not have such prominent diffraction artifacts? Is it because of the different frequency range as compared to NIRCAM?
Are you referring to the NIRCam image at 8:20? If so, the spikes are much sharper in part because the star is considerably brighter at shorter wavelengths. The MIRI image that comes next is in longer, mid-infrared wavelengths.
WIDE WORLD WEBB!
Love the channel. Thanks for the content. I have to admit, he said "We were finally able to witness the power of this fully operation space telescope...", my brain heard "witness the firepower of this fully armed and operational battle station." Sorry for distracting the science with science-fantasy. Carry on.
Well, that may have been intentional on my part :)
Dozens of supernova explosions accompany a smaller ball opposite of the main explosion, I wanted to know what information can be retrieved about the central singularity. JW pictures will provide a heap of valuable information.
All Hubble and Webb showed us is how accurate were the artists representations rendered only from numeric data.
Dear, creator can you please make a vedio on gravitational lensing??????
If the cats are fine, everything is good.
Never forget that we’re going back in time
Maybe a dumb question, but how does an IR camera produce color images? Is there an algorythm that converts IR data to visible spectrum or what?
The telescope see's from the upper visible through into the IR, but it's a wide range. The instruments each do a different thing, among those things breaking the light up (spectrum) and analyzing it. Depending on the instruments different colors represent different things including elements etc. So not all the images are truly what we would see with the eye but are colored to they can see what the instrument detected.
Could they take an image of this nebula every few days for a month or so, and make a time-lapse gif/video of it? I think the study of the motion in and of itself may warrant this? Or no?
How do you know that the stars seen in the Carina nebula are inside it and not behind it?
I asked my dentist if he heard about Webb. He said no.
Let me guess, he's also the guy that didn't recommend Trident gum, either...
That happened in my backyard too and cost me thousands of dollars in damage. Not to mention being without it power for 5 days so I couldn’t work from home without going to the public library
Oh no, that's horrible! Glad you're back with power though but geez...
I'm waiting for JWST to find Planet 9 or Nemesis (a brown dwarf, I suspect). Nah, I'm just kidding.... kinda....
Glad you & yours, and your cats & your house, are all okay!
Thanks Helen, appreciate it! As for P9, Webb is really unlikely to find it because its field of view is small. So unless it gets really lucky (and someone notices), P9 will probably be found in a wide-field survey like the Vera Rubin observatory. Fingers crossed!
Hmmm....I think we have located where Palpatine is hiding, as we "witness the power of this fully operational batt...errr...I mean telescope".
Will Webb have an “Ultra” deep field picture? Or is the deep field picture it took already “ultra”?
Webb will visit the Hubble Ultra Deep Field and go much, much deeper with an even longer exposure time. But already, the image of SMACS 0723 is deeper than HUDF in terms of the number of galaxies detected. It's already the deepest image ever taken and it's just getting started :)
@@LaunchPadAstronomy Awesome! Can't wait to see them! Thanks for replying.
Where is all the gravitational Lensing? And wouldn’t a uniform omni directional shockwave produce a more uniform ignition of stars? Have you ever heard of Harooni‘s telescope and how it describes the microwave background radiation actually being radiated from our oceans and not deep space? very fascinating, and I don’t believe the microwave radiation has never been confirmed by any tech sitting at any of earths Lagrange points. It’s funny, the big plasma cloud that looks like a mountain range, reminds me of the oceans in space that Enki spoke of in the Enuma Elish.
I discussed the gravitational lensing in the video. WMAP and Planck both confirmed and mapped the CMB from the Sun-Earth L2 orbit.
@@LaunchPadAstronomy I can't believe how many people were gulled by that earth ocean nonsense.
I represent the exoplanet geeks, the exoplanet geeks, the exoplanet geeks. And in the name of the exoplanet geeks I want to say all we want to see right now are any images of exoplanets no matter how weak and faint. We also want to see the fairly local stars of Betelgeuse, Alpha Centauri system, Tabby's star, etc. Please no more distant galaxies until we see an exoplanet... oh and don't forget Barnard's Star.
When are we going to have info about other exoplanets . It had been said Webb suppose to find if there is life on other planets
👍