One question it my video idea I had was if the massive satellite constellations could be also used to create some type of observatory. Like if they offered a small space in each one for a type of cheap, small detector. They probably have good clocks and are constantly communicating with lasers, so could a radio attenae combine the clock and position signal on each satellite for the constellation to detect very weak signals? What each detector packs in capability is compensated for by having 17,000 if them? Or instead of piggybacking on Internet satellites, what types of observations could be created with a satellite constellation type of observatory?
It's amazing how crisp and clear Dr. Heidi B. Hammel pronounces every single word. Her speech is as intelligible as text, it must be a breeze to take notes in her class. Such clarity.
Mind bending information. Dr. Hummel is able to describe what we see with scientific accuracy that is accessible to a listener such as me, interested but having no background in such complex science. An excellent video.
Webb has _just _*_blown us all_*_ away_ with every single image we see from it, so I can imagine how much it affects scientists working on those specific things seen with the JWST! Thank you for this interview. I need stuff to keep my mind occupied, with what I'm dealing with, and things like this are just the ticket. ❤️ I love the little JWST model she has on that table behind her, too, BTW! ❤️❤️
Her excitement is palpable and her enthusiasm is contagious. This got me really interested in all the science being done using JWST data. Thank you so much for having her for the interview!
Fantastic! Absolutely fantastic. Thank you for bringing us Heidi's enthusiastic expertise and historical perspective. I appreciate that it's not only important to know where we are, but also where we've been.
I cannot wait for Webb's images of the Uranian rings, moons and atmosphere later this year and hopefully another interview by you of Heidi comparing it with this image! :)
Seeing the embedded moons is great, I hope we can eventually send probes to orbit all of the other planets so we can observe them in close to real time
I'm just a filthy, casual layman where astronomy is concerned, so I don't see much beyond pretty colors in these images. It's great to have scientists willing to break down the details and significance of what we're seeing, especially when they're this infectiously enthusiastic about it. I'm so glad this telescope is delivering what was hoped for after so many years in the making.
Being more interested in our planets and nearby exoplanets.. I find this random injection of local discovery to be astounding. Like, we don’t necessarily need a multi $B project to discover new things about our own planets, we can simply point the lens at it and we have new data. I cannot wait for Enceladus and Pluto details to come down. I’m going to have to study my spectroscopy so I’m ready to understand the findings
Sorry, but the two Voyagers were slightly different, but it wasn't obvious to most people's eyes. After the Voyager II launch, the science boom did not indicate full deployment. A mad scramble ensued at JPL, and the Voyager I boom actuators and folding struts were quickly modified, more than doubling their deployment torques. The cause of the anomaly was never certain, but it was believed that the cabling on the science boom may have interfered with the high gain antenna. Luckily, over time the fluid in the actuators froze, locking the boom(s) in place.
@@LaunchPadAstronomy Oh my, that’s just sooooooo adorable! 🥰 So let’s just ignore that in reality one of them smells like farts, and BOTH of them would rip you to deep frozen micro shreds if you’d find yourself so unlucky as to enter their atmospheres unprotected. 😝
Neptune is a very cool planet, both literally and figuratively. All the gas giants have confirmed complete rings now. Can't wait to hear about more science information in the future. I think many people enjoy all these images and the science.
Scientist use to say it rains diamonds on neptune, hence its shining like a diamond. By the way its my favorite planet and also Triton is my favorite moon. ❤❤❤ The picture of this is so clear. I can't wait to see other side of Pluto through JWST.
Thank you very much for this video. As I hear for the first time, deconvolution is indeed being used to process images from a telescope. This is interesting, because the first moment I saw pictures distorted by diffraction effects, I thought that the distortion could probably be corrected - and it really is being done! Is it possible to see and compare the original and corrected images? Can you describe the processing approach? After all, deconvolution taking into account diffraction effects is much more complicated than a 'simple' correction such as smearing of a moving object. What super-resolution with respect to the diffraction limit of the telescope was obtained?
Christian, I have a production suggestion for Dr. Hammel. Could she decouple her webcam from the table top? Every touch of the table creates vertical movement in the video image. There's a great deal of moiré in the JWST scale models sunshield behind her that drives me crazy! Thanks.
I am also super excited about the scientific details of this great endeavour the JWST is. I feel privileged to be alive in these amazing times of space exploration 💫 Thanks for sharing ❤️👍🎶
Isn‘t the amount of data coming down from JWST just overwhelming, even for this huge science community waiting for it? Couldn‘t just this one image be enough to have a galaxy-guy (or gal!) working on for a year? Won‘t a lot of data just get lost because nobody can process and analyse it? Just wondering! Great video and much fun to feel the enthusiasm of Dr. Hammel.
Imagine recalibrating this image to the background galaxies. The amount of “collateral” data collected is almost as mind boggling as the universe it self.
Have I missed it or there were no words about those two bright points on the rings, one on each ring, one on each side of the planet? Are they moonlets? Coinciding background galaxies or stars? Some other kind of ring features? I'm stunned that they were not mentioned at all!
Heidi has the smile of an excited baby girl, that's so sweet to see... I do like her, as a woman and as a very skilled scientist, she's kinda complete package...😉👍🏼💪🏼♥️
If Heidi monitors this thread, I'd like to ask her how Neptune is so bright in the near IR, given that its surface temperature is a little colder than boiling LN2 on the Earth's surface at 77K. How can a 60K object be so bright when its blackbody radiation should emit at a nominal 85 microns?
I have always wondered if maybe Neptune and Uranus’s gas acts as a superfluid? At those temperatures. Zero pun intended. Seriously. Love the thoughts of that too. I mean if a Sun can become a Diamond for a time just hanging out there, large as a planet, why not?
Thats Just Sweet Looking,It Would Be Amazing To Look Thru The Eyes Of Web,And I Have All Those Celestial Buddies Plush Toys That Are Behind Heidi,lol..Great Video Christian,Thank You To You Both, God Bless,and Clear Skies❤️🙏🏼🌏✨🔭
I've been worried about you Christian, last I heard a wheel got stuck! Is it free again now? Anyway I just knew we'd see a transitive nightfall of diamonds, who'd have thought would be Venus?! Please could you ask Heidi back after her bonanza? She's fantastic!
Oh, I'm doing just fine thanks :) No decision has been formally announced about MIRI just yet. We'll see. Until then, nothing left to do but smile, smile, smile...
This all makes me take a step back and realize.. it's not that big of a deal my gf left me.. compared to the universe. We are all just insignificant ants.
Can someone please explain to me why James Webb is a time machine? How far back? 100 years or 1 million years? If more than one thousand years back, can someone check if Betelgeuse has exploded yet?
Light has a finite speed. It takes time for light to cross a given distance: 299,997 km per second. Betelgeuse is 643 light-years away. You can check to see if it's exploded: go outside to look for yourself.
@@r107560sl Outside--that place on the other side of your front door. Betelgeuse is well visible in the night sky from November to March. Go look at it every night to see if it's exploded yet.
Rings are an over-rated nothingburger. So what! There's so much more interesting science everywhere else in those images. I hate when people are dazzled by rings, either Saturn's or Neptune's, or any more tenuous ones. But they're just debris fields either of ice or rock. So what! If they weren't 'pretty' or if they didn't simply 'look cool' nobody would be talking about them so much. I feel they're just a sucker's distraction. Sorry. I know I'm in the minority. But I find rings of any planet or moon to be just totally uninteresting.
I find rings interesting because they're telling us something about the evolution of planets and moons. But different folks have different scientific interests. Heidi is more into the atmospheres as well.
@@LaunchPadAstronomy I hear you. But they're often regarded, even revered, as an entity to themselves. I support studying samples. Sure. But as a whole the ring as its own system or entity is not particularly interesting.
All you're doing is disagreeing with other peoples interests and priorities. To you they're just debris fields, to others they are more. This just seems petty and small more than anything.
Neptunium’s changing as all the planet’s as the are all being hit by the Galactic Sheet of the andromeda Galaxy That the Milky Way just passed through. Very poor science not discussing this very obvious news to real Astronomers
I’ve been saying since 2013 that it seems extremely obvious that all electrons and photons are in orbit with a dark matter particle. Based on Fermilab and other recent findings, I now think electrons are made of an electron neutrino entangled in orbit with a dark matter muon neutrino, explaining their erratic orbits around nuclei and explaining superposition and uncertainty. I think photons are a pair of electrons entangled in orbit together in apparent an axial or helical polarizable wave-like movement depending on the direction of their rotation as they travel. This explains the double slit experiment for example and the speed of the rotation explains electromagnetic wavelengths (and visible colors, etc). What do you think of this Mudfossil University video?: ‘’Light Duality Solved and Seen’’, Sep 29, 2022
![Lp. Сердце Вселенной #60 РОЖДЕНИЕ ЛОЛОЛОШКИ [Финал] • Майнкрафт](http://i.ytimg.com/vi/YoR0pAV9FVQ/mqdefault.jpg)
🔴 Meanwhile, there's a problem with Webb's Mid-Infrared Imager: ua-cam.com/video/UQmg1dh3QNI/v-deo.html
One question it my video idea I had was if the massive satellite constellations could be also used to create some type of observatory. Like if they offered a small space in each one for a type of cheap, small detector. They probably have good clocks and are constantly communicating with lasers, so could a radio attenae combine the clock and position signal on each satellite for the constellation to detect very weak signals? What each detector packs in capability is compensated for by having 17,000 if them? Or instead of piggybacking on Internet satellites, what types of observations could be created with a satellite constellation type of observatory?
I love Heidi! She was great in the Voyager documentary "The Farthest." This made my evening.
Thanks for another great episode and a super interesting interview with Dr. Heidi.
It's so good to see and listen to someone so passionate about what they do ❤️
True. This is how science should be communicated. Factual, to the point and with exuberance.
I get excited whenever I see a new Launch Pad Astronomy video!!
You're very kind
Heidi is just fantabulous!! Maybe you can invite her every now and then?? 😊
Absolutely! She's been a guest on several of my livestreams and she's one of my favorite people in the world 🙂
It's amazing how crisp and clear Dr. Heidi B. Hammel pronounces every single word. Her speech is as intelligible as text, it must be a breeze to take notes in her class. Such clarity.
Mind bending information. Dr. Hummel is able to describe what we see with scientific accuracy that is accessible to a listener such as me, interested but having no background in such complex science. An excellent video.
Webb has _just _*_blown us all_*_ away_ with every single image we see from it, so I can imagine how much it affects scientists working on those specific things seen with the JWST!
Thank you for this interview. I need stuff to keep my mind occupied, with what I'm dealing with, and things like this are just the ticket. ❤️
I love the little JWST model she has on that table behind her, too, BTW!
❤️❤️
Glad you enjoyed it, and glad it helps!
I love her enthusiasm for the science and the way she explains these complex ideas so simply and excitedly. Keep bringing us these gems. Thank you
Her excitement is palpable and her enthusiasm is contagious. This got me really interested in all the science being done using JWST data. Thank you so much for having her for the interview!
That's SO cool to understand why that haze is so prevalent in this picture.
Neptune is the planet that got me interested in space to begin with, I'm so excited to see all of these fantastic images!
Heidi's enthusiasm is palpable
Fantastic! Absolutely fantastic. Thank you for bringing us Heidi's enthusiastic expertise and historical perspective. I appreciate that it's not only important to know where we are, but also where we've been.
I watch these videos 50% to learn about astronomy and 50% to see astronomers geek out about space :)
What a time to be alive
Uranus and Neptune are some of my favorite planets. So glad to be getting pictures like this!
I cannot wait for Webb's images of the Uranian rings, moons and atmosphere later this year and hopefully another interview by you of Heidi comparing it with this image! :)
Oh, that would be awesome!
Seeing the embedded moons is great, I hope we can eventually send probes to orbit all of the other planets so we can observe them in close to real time
I'm just a filthy, casual layman where astronomy is concerned, so I don't see much beyond pretty colors in these images. It's great to have scientists willing to break down the details and significance of what we're seeing, especially when they're this infectiously enthusiastic about it. I'm so glad this telescope is delivering what was hoped for after so many years in the making.
I want a long lived Neptune orbiter now.
Same thing goes for Uranus as well.
she is such a cheerful woman. her energy is so contagious. :)
Fabulous video, with a marvelous scientist enabling us to better understand this magnificent view of Neptune and Triton. BRAVO!
How can I like this video more than once?
Being more interested in our planets and nearby exoplanets.. I find this random injection of local discovery to be astounding. Like, we don’t necessarily need a multi $B project to discover new things about our own planets, we can simply point the lens at it and we have new data.
I cannot wait for Enceladus and Pluto details to come down.
I’m going to have to study my spectroscopy so I’m ready to understand the findings
Really enjoyable interview (Parts 1 and 2) and fantastic insights of early data. Thank you.
I wish more of the channels I watched knew how to edit their interviews this well. I tend to skip them
Thanks!
Well she's a delightful human being.
Wow, she is the Carolyn Porco of Neptune!
Yeah I remember watching that movie Event Horizon basically a haunted ghost ship reappearing around Neptune. Spooky 👻👻👻👻
The rings looks so perfectly shaped that feels it's been drawn
Neptune is my favourite large planet
A question, the mirrors are hexagonal and that's why backround stars looks also hexagonal on the pictures? Is this going to cause future problems? Thx
Dear Heidi, I totally geek out about spectra! Light carries so much information. I was always fascinated by this.
Sorry, but the two Voyagers were slightly different, but it wasn't obvious to most people's eyes. After the Voyager II launch, the science boom did not indicate full deployment. A mad scramble ensued at JPL, and the Voyager I boom actuators and folding struts were quickly modified, more than doubling their deployment torques. The cause of the anomaly was never certain, but it was believed that the cabling on the science boom may have interfered with the high gain antenna. Luckily, over time the fluid in the actuators froze, locking the boom(s) in place.
Wow that was very interesting episode. I love this channel ❤️
Thank you so much!
Beautiful, breathtaking images...😮
Judging from the colors of the two dolls on Heidi’s desk, are they supposed to be cuddly versions of Uranus and Neptune? 🙂
Yep. Ice giant plushies :)
@@LaunchPadAstronomy Love them! ❤
@@LaunchPadAstronomy Oh my, that’s just sooooooo adorable! 🥰 So let’s just ignore that in reality one of them smells like farts, and BOTH of them would rip you to deep frozen micro shreds if you’d find yourself so unlucky as to enter their atmospheres unprotected. 😝
Neptune is a very cool planet, both literally and figuratively. All the gas giants have confirmed complete rings now. Can't wait to hear about more science information in the future. I think many people enjoy all these images and the science.
Oh lawd dem rangz! DEM RANGZ OF POWAHHH!!!
Would be awesome to hear more about the possibility of deconvolution!
Yes! See also my comment.
Hands down these are some of the most beautiful images ever I would like to have this image blown up and hang it on my wall
There are some beautiful photos of Neptune using the VLT telescope
Breath taking image! Great content..thanks
1:51 “it’s been a long strange trip” ok she’s down with the program 🙂
I think she took at least one summer off to go on tour in the 80's. I was still in HS at the time and couldn't :(
Thanks for this and your other videos. Very exciting to learn!
It's a treat to see Neptune too in an amateur telescope!
Scientist use to say it rains diamonds on neptune, hence its shining like a diamond.
By the way its my favorite planet and also Triton is my favorite moon. ❤❤❤
The picture of this is so clear. I can't wait to see other side of Pluto through JWST.
Same thing goes for Uranus as well.
@@ameliadiaz8040 Uranus?
Thank you very much for this video.
As I hear for the first time, deconvolution is indeed being used to process images from a telescope. This is interesting, because the first moment I saw pictures distorted by diffraction effects, I thought that the distortion could probably be corrected - and it really is being done! Is it possible to see and compare the original and corrected images? Can you describe the processing approach? After all, deconvolution taking into account diffraction effects is much more complicated than a 'simple' correction such as smearing of a moving object. What super-resolution with respect to the diffraction limit of the telescope was obtained?
"What a loooong, strange trip it's been." We miss you, Jerry!
Christian, I have a production suggestion for Dr. Hammel. Could she decouple her webcam from the table top? Every touch of the table creates vertical movement in the video image. There's a great deal of moiré in the JWST scale models sunshield behind her that drives me crazy! Thanks.
I am also super excited about the scientific details of this great endeavour the JWST is.
I feel privileged to be alive in these amazing times of space exploration 💫
Thanks for sharing ❤️👍🎶
Isn‘t the amount of data coming down from JWST just overwhelming, even for this huge science community waiting for it? Couldn‘t just this one image be enough to have a galaxy-guy (or gal!) working on for a year? Won‘t a lot of data just get lost because nobody can process and analyse it? Just wondering! Great video and much fun to feel the enthusiasm of Dr. Hammel.
Imagine recalibrating this image to the background galaxies. The amount of “collateral” data collected is almost as mind boggling as the universe it self.
@@rhoddryice5412 You definately got my point!
Have I missed it or there were no words about those two bright points on the rings, one on each ring, one on each side of the planet? Are they moonlets? Coinciding background galaxies or stars? Some other kind of ring features? I'm stunned that they were not mentioned at all!
Neptune my favourite Planet, Pluto looks good as well, Pluto will always be a planet in my eyes.
Hey! Perhaps those exact same methods could be used to discover rings around ExoPlanets too ?!?
Heidi has the smile of an excited baby girl, that's so sweet to see... I do like her, as a woman and as a very skilled scientist, she's kinda complete package...😉👍🏼💪🏼♥️
If Heidi monitors this thread, I'd like to ask her how Neptune is so bright in the near IR, given that its surface temperature is a little colder than boiling LN2 on the Earth's surface at 77K. How can a 60K object be so bright when its blackbody radiation should emit at a nominal 85 microns?
Why are the rings so warm and glowing in the infra-red? And are the glowing blobs on the planet a peep into the warmer interior?
I have to assume the two "dolls" behind her are Neptune and Uranus.
I have always wondered if maybe Neptune and Uranus’s gas acts as a superfluid? At those temperatures.
Zero pun intended. Seriously.
Love the thoughts of that too.
I mean if a Sun can become a Diamond for a time just hanging out there, large as a planet, why not?
Thats Just Sweet Looking,It Would Be Amazing To Look Thru The Eyes Of Web,And I Have All Those Celestial Buddies Plush Toys That Are Behind Heidi,lol..Great Video Christian,Thank You To You Both, God Bless,and Clear Skies❤️🙏🏼🌏✨🔭
We need an orbiter sent to Neptune!
Why are Webb's images of the planets so blurry?? It literally looks like somebody's fingerprints are all over the mirrors.
I've been worried about you Christian, last I heard a wheel got stuck! Is it free again now? Anyway I just knew we'd see a transitive nightfall of diamonds, who'd have thought would be Venus?! Please could you ask Heidi back after her bonanza? She's fantastic!
Oh, I'm doing just fine thanks :) No decision has been formally announced about MIRI just yet. We'll see. Until then, nothing left to do but smile, smile, smile...
Hello earthians,
I am from Neptune,good to know u guys are interested in my planet .
In our school
👍
to be honest, I haven't seen a ghost in my lifetime.
Ab Fab!!!
Holy Ghost
NFA……
Neptune |=etish
Make it blue, goddammit
This all makes me take a step back and realize.. it's not that big of a deal my gf left me.. compared to the universe. We are all just insignificant ants.
Can someone please explain to me why James Webb is a time machine? How far back? 100 years or 1 million years? If more than one thousand years back, can someone check if Betelgeuse has exploded yet?
Light has a finite speed. It takes time for light to cross a given distance: 299,997 km per second. Betelgeuse is 643 light-years away. You can check to see if it's exploded: go outside to look for yourself.
@@RideAcrossTheRiver huh? go where?
@@r107560sl Outside--that place on the other side of your front door. Betelgeuse is well visible in the night sky from November to March. Go look at it every night to see if it's exploded yet.
Why are the rings so important? Heidi makes a living by observing this remote planet no one understands? What an easy job!
It's not at easy job at all. We've learned lots about Neptune since its discovery in 1846 and one spacecraft has visited there.
@@RideAcrossTheRiver we don't understand our own earth either!
@@r107560sl Yes, we know lots about our planet too. What don't you understand?
the evil planet
Rings are an over-rated nothingburger. So what! There's so much more interesting science everywhere else in those images. I hate when people are dazzled by rings, either Saturn's or Neptune's, or any more tenuous ones. But they're just debris fields either of ice or rock. So what! If they weren't 'pretty' or if they didn't simply 'look cool' nobody would be talking about them so much. I feel they're just a sucker's distraction. Sorry. I know I'm in the minority. But I find rings of any planet or moon to be just totally uninteresting.
I find rings interesting because they're telling us something about the evolution of planets and moons. But different folks have different scientific interests. Heidi is more into the atmospheres as well.
@@LaunchPadAstronomy I hear you. But they're often regarded, even revered, as an entity to themselves. I support studying samples. Sure. But as a whole the ring as its own system or entity is not particularly interesting.
Not to you, but that’s okay.
@@LaunchPadAstronomy We'll have to agree to disagree. That phrase is silly but it works. Ha. OK, nice chatting.
All you're doing is disagreeing with other peoples interests and priorities. To you they're just debris fields, to others they are more. This just seems petty and small more than anything.
Neptunium’s changing as all the planet’s as the are all being hit by the Galactic Sheet of the andromeda Galaxy That the Milky Way just passed through. Very poor science not discussing this very obvious news to real Astronomers
I love you pretend experts.
Has JWST fixed its damaged instrument yet?
How does it fix anything?
@@TheEvilmooseofdoom like the first time, the team fixed it with software tweaks
I’ve been saying since 2013 that it seems extremely obvious that all electrons and photons are in orbit with a dark matter particle.
Based on Fermilab and other recent findings, I now think electrons are made of an electron neutrino entangled in orbit with a dark matter muon neutrino, explaining their erratic orbits around nuclei and explaining superposition and uncertainty.
I think photons are a pair of electrons entangled in orbit together in apparent an axial or helical polarizable wave-like movement depending on the direction of their rotation as they travel. This explains the double slit experiment for example and the speed of the rotation explains electromagnetic wavelengths (and visible colors, etc).
What do you think of this Mudfossil University video?:
‘’Light Duality Solved and Seen’’, Sep 29, 2022
Are these two talking to 5 year olds...unlistenable.
Can anyone else hear barking
👍
👍