Anton being himself, just delivering information that is amazing to himself, knowing we would be just as amazed! Thanks Anton, never change, and just do you! I could watch ten hours of you delivering your “studies/accumulation of information” and not look away…. Keep going strong, buddy
hahaha! ignorant! never ever have people been as stupid as the time we live in right now! in a few years all science will be banned becasue its racisss! too many white scientists and inventions! they will HAVE to ban astronomy in the name of anti racism!
I agree. We are all the universe existing with different variations even to the most minute degree between each other and all other instances of ‘universe’
This man is truly amazing, I’ve never learned so much so easily from anyone else before. The way you structure your videos is immaculate. Keep up the amazing work, I’ll probably keep watching your videos even after you stop making them 😂
He is a good teacher. I think he might qualify for assisting as a tutor or teaching assistant at a university, if his math is up to it.This assumes he neds to supplement his income.
If I found him before I quit teaching as a profession, I would still be teaching until now. His style is just as you said amazing. He makes the hard topics easy to understand for the average science enthusiast.
Honestly, ive never watched a video of his and was confused during or after. He does an amazing job on giving a lot of context on the subject so we can mentally place information better. He is really good at making the complex topics understandable to a casual astronomy fan and just is great at keeping attention especially with the pictures to help visualize everything. He's probably better than most if not all teachers I've ever had.
This is an amazing advancement. I get so excited thinking about how we're going to start seeing the universe in so much detail and all of the knowledge it will bring to humanity. Thank you for making these videos wonderful person
It's findings like this that make me wish I could live for hundreds of years. My son will get to see so much cool stuff. And I can only imagine what his children, and children's children will see. That is if we don't blow everything up beforehand.
@@marknelson4856 Same for me I can't imagine what amazing discoveries could be made in the future if we keep looking further. Hopefully everyone can agree that learning about the universe benefits everyone
@@OhhWelll I know it's so crazy and exciting!! There's a part of me that wishes I was born today. But then I figure when I'm in my early 40s in my new life I'll probably just think the same thing LOL. Hope all you guys have an outstanding weekend 👍👍
Neutron star collisions have always been my favorite. I really love those absorption lines. They make me feel like I am a part of things. I can feel the iron in my blood begin to rise, and the Magnesium in the leaves turning everything green when I think of those clouds of gold, platinum and silver floating out there in space. Pure poeseia..
I agree. Neutron stars are, perhaps, the most fascination things in the Universe and yes I am including black holes which are a bit to mainstream for me and Dark Matter which we know almost nothing about, so far.
My non-scientific mind is thinking, if stars like our sun and planets like earth are formed from these high metalisity clouds that are formed in conjunction with a nutron star collision, (someone smarter than me will know how frequent they are) that would seem to add still another filter to the frequency of conditions necessary for the formation of life- supporting worlds
Yep, we're special. The elements, a relatively relaxed star, etc. Space is so big, though. Cosmic blues, it's kinda sad thinking we'd be the only thing the universe produced to be aware of its existence. I don't care what the Drake Equation says.
@@pitanpainter2140 reduces the percentage of stars, which have potentially life forming around them and limits those life form's technology to be detectable
@@HkFinn83 Yes 1) In a single pixel, astronomers can get enough color spectrum information to analyze the elements present in a star. There must be more to modern image capture than the RGB CCD systems I learned about as a kid. 2) Search for potential star systems amenable to life as we know it can be optimized by looking at star systems which have quantities of elements similar to our own or this star 3) There is a chart of elements on Nasa website showing what king of cosmic event is necessary to produce each-gold for example requires neutron star collision 4) The new instrument that produced this data is on a terrestrial telescope-I would have guessed it was only possible on a satellite. They are obviously getting really good at correcting for atmospheric disturbances.
WOW those spectroscopy readouts in the thumbnail were flooring (commenting before watching) considering what I found in middleschool working with NASA's radio telescopes (partnership school for the sciences) that's just... insane. The time one person has to spend just to log all the elements in the readout alone is worthy of respect, that's an absolute unit of a specimen!
I feel like the fact that life *probably* requires a star system formed out of a neutron star collision nebula gets overlooked a lot when talking about the fermi paradox.
I told my class that we were all made from star matter last year, they were very happy be have come from space and keen to know more about how stars work. Star-mining comes to mind
It was only half the lanthanides formed from neutorn star mergers though. Those are not essential to life directly (but are essential to a geothermally active planet).
@@42ZaphodB42 he is from the 70-90 mindset, were earth was ordinary common and our star was also ordinary and nothing special... now we know that is not the case.
Excellent video Anton. However, I was left wondering how much different that spectrum looked as compared to a star with mostly the lighter elements; H2, He, etc. Maybe a future video. I enjoy your work.
Idk because it's actually doing what would've been 100 mathematicians and or astronomers. Better tech less practicing humans. Idk if reducing mankind's reputition to do the work is really anything better than.
@@dadsonworldwide3238 No, no amount of mathematicians or astronomers could give us what our tech can. BUT just think of the science and engineering we accomplished to create these wonderous technologies.
It's so cool that astronomers and astrophysicist now have tools that show NOT how average and humdrum our sun, solar system and planet is, but how unique and precious they are.
The whole Venus wild speculations and conspiracy will also be claimed as soon as they spot some trace of chemtrails. Don't worry we will find ET and earth like planets then lose them back n forth as they falsely report cognitive biases then get debunked.
@@kennycarter5682 there are literally billions to trillions of star systems per galaxy and there are trillions of galaxies out there...so idk about that lol
Another potential piece of the puzzle that is the Fermi Paradox. Related to the "Galactic habitable zone" theory, that posits there may only be certain select regions in a galaxy where there are just the right mix of heavy elements to form terrestrial planets with complex chemistry on their surfaces. If anything it might help future telescopes looking for life to narrow down their searches to the parts of the galaxy with high metalicity.
It's so amazing how little we actually know. It's so neat watching the evidence surpass the hypothesis. We humans are so arrogant but we really know so little. We have tons of theory's l, tons of hypothesis but we really are lacking on concrete knowledge. It's amazing how much we have learnt especially in the last 100 years but we still have a hell of a long way to go. Thank you Anton for sharing this knowledge and please keep on sharing. It's so interesting to learn.
Ah, echelle spectra! I started my PhD a little under a year ago and was dropped in at the deep end with echelle spectroscopy. Much more awkward to deal with than regular lower-res spectra, but they can provide much more detail. It was really interesting to learn more about how these spectrographs work.
@@PeloquinDavid Ours is unusual when considering how far from the galactic center it is. Theory is that the solarsystem migrated towards it's current position.
Especially if neutron star collisions are the primary source. The more we learn, seemingly the more we have to keep reducing the odds of life formation in other systems. Thankfully there are still so many stars and planets that one can continue to hope that we are not alone.
By pure coincidence, when Anton was talking about the strange composition of the star, I said to myself that it must be made out of gold and then that’s exactly what he was referring to as part of the elements! Then I told myself it must be a “gold star” and then he said “gold standard”. I was like oh my gosh what a coincidence!
He's just reading journal articles. Subscribe to the journals Science or Nature, or go read them in your local university library. You will see the same stuff.
It's funny that you mentioned TRAPPIST-1 as that was the first thought that popped in to my head at the start of the video! Great video Anton, I'm watching this project closely and I think it's going to totally change the way we think about our Galaxy and it's evolution.
It seems that we will need extra parameters to describe the total metallicity of a star. We have the traditional [Fe/H] which has been used to logarithmically give the abundance of all metals relative to the Sun. From your fantastic periodic table at 3:05, other parameters might be [Zr/H] and [Au/H], for example.
Yes, Anton. I DO understand what that multicolor line represents, and it absolutely blows my mind! A complete chemical analysis of a star so far away!?!? Unthinkable just 20 years ago. The next 500 years of cosmology and physics is going to be AMAZING. Think where we were 500 years ago....just figuring out that we live in a solar system....imagine in another 500 years....we may yet prove theories, not yet hypothesized.
Another fascinating video as we’ve come to expect and enjoy. Thanks Anton. So is this yet another thing that leads us to find that our Solar System is oddly special? Like having a sun that’s unusually stable, and a Jupiter a long way from it, and an Earth in just the right place with a moon to stop it wobbling etc etc. hmmm… 🤔
And a Moon that has either deflected the trajectory of -- or outright absorbed the collision of -- countless dangerous bolides that could have spelt disaster for our planet.
Mass extinction events at the right time to elevate mammalian intelligence? Frankly, I'm beginning to suspect a planet being habitable for a few billion years may require a very specific balance of elements, not to mention it's position in a system.
Remember: we haven't really catalogued that many systems, only around 6000. Our galaxy alone has 100-400 _billion_ stars. With such a relatively tiny small sample size in comparison to the whole, we can't really come to a complete conclusion in judging something as normal or abnormal. Think of it like deciding that the human species doesn't like fruit by posing a question to a singular household. I do have to admit, however, that when we compare our home to the current galactic catalogue, the solar system _does_ look quite unique!
@Cancer McAids totally agree that we can’t possibly be unique at a universe sized level of possibilities, but in our corner of our galaxy, where we could credibly expect to detect another ‘earth’, maybe that’s becoming a stretch. Time ( and amazingly clever science and engineering) will tell.
Absorption spectra is a great discovery and one reason that Hubble realized that stars and galaxies were moving away from us (expanding universe through red-shifted spectra).
As you say, this is huge. We hunger to know more about the dynamics of accretion disks, how planets form from them and how the chemical make up of a star equates to the likely chemical make up of the satellite group around it.
Blows my mind how they can determine actual minerals and elements just from LOOKING at a star form such a great distance... how is that even possible???!!!
it's mind blowing how fast our understanding of place in the universe has advanced. our solar system is hardly ordinary for more reasons than imagined jjust 20 years ago.
@@stevenpilling5318 Because it's so old few people talk about it anymore, but when you think about it, it's the most obvious: No selenium, no life, and selenium is very hard to find out there (and that's just one element). It's also nowhere as sexy as many of the newer ones, especially the sociologically-based ones.
@@andrewsuryali8540 The surprise to me was that such deficiencies were so common among Population I stars. Certainly, selenium, iron and the KREEP elements are vital for life. I knew this was a likely problem among Population II stars, but not with Population I.
Hey Anton, I know it's not my place but when you post something JWST related can you mention it in the title!? Just s thought. Keep up the awesome science!
Anton being himself, just delivering information that is amazing to himself, knowing we would be just as amazed!
Thanks Anton, never change, and just do you! I could watch ten hours of you delivering your “studies/accumulation of information” and not look away….
Keep going strong, buddy
Amen
Its amazing how fast our knowledge is starting to increase. And thank you Anton for always making everything you do interesting.
hahaha! ignorant! never ever have people been as stupid as the time we live in right now!
in a few years all science will be banned becasue its racisss! too many white scientists and inventions! they will HAVE to ban astronomy in the name of anti racism!
@@sebastianc5155 Like my client would say... "Make it 15 months"!
Its a bloody odd world sometimes but my goodness....what a time to be alive!
Anton is the universe explaining itself to other parts of itself.
@@McNutEVD Look up Tom Scott vaping in reverse, may be relevant
Idk about explanations but It is taking one question and creating 50 more in it's place for us .
I agree. We are all the universe existing with different variations even to the most minute degree between each other and all other instances of ‘universe’
we are all one, the universe experiencing itself in infinite ways. like individuals grains of sand forming the beach
@@thoththeatlantean1226 Excellent form of context and metaphor to describe the scenario, here's a well earned like.
This man is truly amazing, I’ve never learned so much so easily from anyone else before. The way you structure your videos is immaculate. Keep up the amazing work, I’ll probably keep watching your videos even after you stop making them 😂
He is a good teacher. I think he might qualify for assisting as a tutor or teaching assistant at a university, if his math is up to it.This assumes he neds to supplement his income.
He’s straight to the point without blah blah. Just how I like it.
If I found him before I quit teaching as a profession, I would still be teaching until now. His style is just as you said amazing. He makes the hard topics easy to understand for the average science enthusiast.
😌🙏✨
Honestly, ive never watched a video of his and was confused during or after. He does an amazing job on giving a lot of context on the subject so we can mentally place information better. He is really good at making the complex topics understandable to a casual astronomy fan and just is great at keeping attention especially with the pictures to help visualize everything. He's probably better than most if not all teachers I've ever had.
I feel blessed to be alive witnessing this increasing ability to peer into the universe and expand our understanding...
I love it when teachers find a new frontier of information ❤️ thank you awesome sir
This is an amazing advancement. I get so excited thinking about how we're going to start seeing the universe in so much detail and all of the knowledge it will bring to humanity. Thank you for making these videos wonderful person
Or make us realise how much we don’t know! Both interesting outcomes
It's findings like this that make me wish I could live for hundreds of years. My son will get to see so much cool stuff. And I can only imagine what his children, and children's children will see. That is if we don't blow everything up beforehand.
@@marknelson4856 Same for me I can't imagine what amazing discoveries could be made in the future if we keep looking further. Hopefully everyone can agree that learning about the universe benefits everyone
@@OhhWelll I know it's so crazy and exciting!! There's a part of me that wishes I was born today. But then I figure when I'm in my early 40s in my new life I'll probably just think the same thing LOL. Hope all you guys have an outstanding weekend 👍👍
@@marknelson4856 quantum physics implies we're eternal, I'm not sure death is the end,maybe our physical body
Neutron star collisions have always been my favorite. I really love those absorption lines. They make me feel like I am a part of things. I can feel the iron in my blood begin to rise, and the Magnesium in the leaves turning everything green when I think of those clouds of gold, platinum and silver floating out there in space. Pure poeseia..
I agree. Neutron stars are, perhaps, the most fascination things in the Universe and yes I am including black holes which are a bit to mainstream for me and Dark Matter which we know almost nothing about, so far.
I don't really like them. They spit out dust that is coarse and rough and irritating, and it gets everywhere.
My non-scientific mind is thinking, if stars like our sun and planets like earth are formed from these high metalisity clouds that are formed in conjunction with a nutron star collision, (someone smarter than me will know how frequent they are) that would seem to add still another filter to the frequency of conditions necessary for the formation of life- supporting worlds
That was my thought, exactly.
The size of the universe practically guarantees that there is life out there, but this makes it more rare.
@@TheTomBevis life as we know it anyway
Watching Anton's video, I was wondering how the distribution of heavy elements affects the Drake equation?
Yep, we're special. The elements, a relatively relaxed star, etc. Space is so big, though. Cosmic blues, it's kinda sad thinking we'd be the only thing the universe produced to be aware of its existence. I don't care what the Drake Equation says.
@@pitanpainter2140 reduces the percentage of stars, which have potentially life forming around them and limits those life form's technology to be detectable
I learned 4 new things in last 10 minutes, pretty darn good use of my time. Thanks Anton.
12 hours later...can you name them?:)
@@HkFinn83 Yes
1) In a single pixel, astronomers can get enough color spectrum information to analyze the elements present in a star. There must be more to modern image capture than the RGB CCD systems I learned about as a kid.
2) Search for potential star systems amenable to life as we know it can be optimized by looking at star systems which have quantities of elements similar to our own or this star
3) There is a chart of elements on Nasa website showing what king of cosmic event is necessary to produce each-gold for example requires neutron star collision
4) The new instrument that produced this data is on a terrestrial telescope-I would have guessed it was only possible on a satellite. They are obviously getting really good at correcting for atmospheric disturbances.
@@kennethward9530 good, you’ve done very well.
WOW those spectroscopy readouts in the thumbnail were flooring (commenting before watching) considering what I found in middleschool working with NASA's radio telescopes (partnership school for the sciences) that's just... insane. The time one person has to spend just to log all the elements in the readout alone is worthy of respect, that's an absolute unit of a specimen!
I feel like the fact that life *probably* requires a star system formed out of a neutron star collision nebula gets overlooked a lot when talking about the fermi paradox.
I told my class that we were all made from star matter last year, they were very happy be have come from space and keen to know more about how stars work.
Star-mining comes to mind
Except organic molecules and water seem to not be uncommon.
@@infinitemonkey917 Well, you need heavier elements to form planets in the first place. And complex biology depends on countless elements.
It was only half the lanthanides formed from neutorn star mergers though. Those are not essential to life directly (but are essential to a geothermally active planet).
@@42ZaphodB42 he is from the 70-90 mindset, were earth was ordinary common and our star was also ordinary and nothing special... now we know that is not the case.
Thank you for covering this one - very interesting! Thank you for all you do, Anton. ❤️❤️
Excellent video Anton. However, I was left wondering how much different that spectrum looked as compared to a star with mostly the lighter elements; H2, He, etc. Maybe a future video. I enjoy your work.
The area in the linear spectrum labeled "heavy metals" would be (nearly) continuous - no breaks/dark areas.
Everytime I see this my faith in humanity is restored just slightly, thank you Anton
Idk because it's actually doing what would've been 100 mathematicians and or astronomers.
Better tech less practicing humans.
Idk if reducing mankind's reputition to do the work is really anything better than.
If you need to take it down a notch, watch a "paranormal" youtube video and look at the comments.
@@dadsonworldwide3238 No, no amount of mathematicians or astronomers could give us what our tech can. BUT just think of the science and engineering we accomplished to create these wonderous technologies.
It's so cool that astronomers and astrophysicist now have tools that show NOT how average and humdrum our sun, solar system and planet is, but how unique and precious they are.
That's a great point and rare humility for this chat .
As a result. Earth is likely the only planet in the universe for now that has life..... perfect conditions....
The whole Venus wild speculations and conspiracy will also be claimed as soon as they spot some trace of chemtrails.
Don't worry we will find ET and earth like planets then lose them back n forth as they falsely report cognitive biases then get debunked.
@@kennycarter5682 there are literally billions to trillions of star systems per galaxy and there are trillions of galaxies out there...so idk about that lol
Suck it, Zaphod Beeblebrox !! Outer arm is the only place life can exist........not the galacitc backwoods, but the beating heart.
RIP Neil. Your father is a legend in the astronomy world.
Wow, just wow! Very excited about the future! Everyday it seems with see something new!
How did I not see you reach your 1 million subscribers? Congrats Anton! Gold button on the way! Whoop! 🔥
Another potential piece of the puzzle that is the Fermi Paradox. Related to the "Galactic habitable zone" theory, that posits there may only be certain select regions in a galaxy where there are just the right mix of heavy elements to form terrestrial planets with complex chemistry on their surfaces. If anything it might help future telescopes looking for life to narrow down their searches to the parts of the galaxy with high metalicity.
It's so amazing how little we actually know. It's so neat watching the evidence surpass the hypothesis.
We humans are so arrogant but we really know so little. We have tons of theory's l, tons of hypothesis but we really are lacking on concrete knowledge.
It's amazing how much we have learnt especially in the last 100 years but we still have a hell of a long way to go.
Thank you Anton for sharing this knowledge and please keep on sharing. It's so interesting to learn.
TY Anton for a uniquely stellar video. ✨️
Saw a beautiful Eschelle spectum… must sit and watch.
Thank you for this review. Condolences on your loss.
Ah, echelle spectra!
I started my PhD a little under a year ago and was dropped in at the deep end with echelle spectroscopy.
Much more awkward to deal with than regular lower-res spectra, but they can provide much more detail.
It was really interesting to learn more about how these spectrographs work.
Be interesting to see the result of factoring element rich stars into the Drake equation along with the galactic habitable zone.
Yeah... I hadn't heard that the sun itself was unusual in having high metalicity. It sounds like this unusual star is rare, so I presume ours is too.
@@PeloquinDavid Ours is unusual when considering how far from the galactic center it is. Theory is that the solarsystem migrated towards it's current position.
Especially if neutron star collisions are the primary source. The more we learn, seemingly the more we have to keep reducing the odds of life formation in other systems. Thankfully there are still so many stars and planets that one can continue to hope that we are not alone.
I really like the new intro style. And thanks for the interesting presentation of exciting new findings. :)
By pure coincidence, when Anton was talking about the strange composition of the star, I said to myself that it must be made out of gold and then that’s exactly what he was referring to as part of the elements! Then I told myself it must be a “gold star” and then he said “gold standard”. I was like oh my gosh what a coincidence!
What I find fascinating is that Anton keeps finding fascinating facts to discuss.
He's just reading journal articles.
Subscribe to the journals Science or Nature, or go read them in your local university library. You will see the same stuff.
@@FuburLuck but who will greet with such a friendly greeting?
It's funny that you mentioned TRAPPIST-1 as that was the first thought that popped in to my head at the start of the video! Great video Anton, I'm watching this project closely and I think it's going to totally change the way we think about our Galaxy and it's evolution.
Thank You for making these videos. I follow your channel to find out about latest happenings in space.
Totally mind blowing …. Cheers Anton ⭐️🙏🏼
Anton. Just wanted to say that I love you.
We love you.
Thank you.
Thank you Anton you lovely being, you!
It seems that we will need extra parameters to describe the total metallicity of a star. We have the traditional [Fe/H] which has been used to logarithmically give the abundance of all metals relative to the Sun. From your fantastic periodic table at 3:05, other parameters might be [Zr/H] and [Au/H], for example.
Anton love your videos! This is amazing, can not wait for future discoveries!!
Yes, Anton. I DO understand what that multicolor line represents, and it absolutely blows my mind! A complete chemical analysis of a star so far away!?!? Unthinkable just 20 years ago. The next 500 years of cosmology and physics is going to be AMAZING. Think where we were 500 years ago....just figuring out that we live in a solar system....imagine in another 500 years....we may yet prove theories, not yet hypothesized.
Thank you so much for making these videos
Thank you Wonderful Person for this new perspective on looking at stars. It will be fun to see where this goes.
Really great news and info! Always appreciated.
Wonderful as always anton. Thank you. 😊👍
When you put the labels on the image, I realized that each pixel must be a graph. Thanks for explaining complexity.
Another fascinating video as we’ve come to expect and enjoy. Thanks Anton. So is this yet another thing that leads us to find that our Solar System is oddly special? Like having a sun that’s unusually stable, and a Jupiter a long way from it, and an Earth in just the right place with a moon to stop it wobbling etc etc. hmmm… 🤔
And a Moon that has either deflected the trajectory of -- or outright absorbed the collision of -- countless dangerous bolides that could have spelt disaster for our planet.
Yeah, had the same thoughts. A lot of shit lined up to get us here.
Mass extinction events at the right time to elevate mammalian intelligence? Frankly, I'm beginning to suspect a planet being habitable for a few billion years may require a very specific balance of elements, not to mention it's position in a system.
Remember: we haven't really catalogued that many systems, only around 6000. Our galaxy alone has 100-400 _billion_ stars. With such a relatively tiny small sample size in comparison to the whole, we can't really come to a complete conclusion in judging something as normal or abnormal.
Think of it like deciding that the human species doesn't like fruit by posing a question to a singular household.
I do have to admit, however, that when we compare our home to the current galactic catalogue, the solar system _does_ look quite unique!
@Cancer McAids totally agree that we can’t possibly be unique at a universe sized level of possibilities, but in our corner of our galaxy, where we could credibly expect to detect another ‘earth’, maybe that’s becoming a stretch. Time ( and amazingly clever science and engineering) will tell.
Awesome!!!! Thank you for showing this 😀😃
Absolutely always amazingly wonderfully perfect thank you
Excellent Reporting 👍
Thank You So Much Anton
very interesting. thank you for all that you do.
Thanks for sharing 👍😀
Love your work! I've said it before but I appreciate it! Thank you!
I learn allot ... thank you
awesome vid. great timing. u da best
Great vid. Thanks for sharing.
Every now and then, it strikes me how amazing it is we can see something 1500 light years away.
In a dark sky, if you know where to look, you can easily see the Andromeda Nebula with just your eyes. It’s 2.3 million light years away.
Absorption spectra is a great discovery and one reason that Hubble realized that stars and galaxies were moving away from us (expanding universe through red-shifted spectra).
I always manage to stay wonderful watching all your great videos, thanks again Anton you are the master of this wonderful stuff
WOW! Mind blown the spectrum was an amazing image @ first I didn't see all the dark/shadow lines but when I did... That was the mind blown! TFS, GB :)
Soooooo Wonderful,,🥰🙏🙏🌷
Me alone ive learned so much watching ur vids. Love it
Woah, I was awake when my notification came through!!!, cheers Anton... Have a nice day fellow "what da math" subscribers👍😃👍
Congratulations! You have just solved the Fermi Paradox!
I would love to see this instrument turned on Przybylski's Star.
Im still convinced that it is a dumping ground for a civilization.
@@danieldavis8607 I really don't know, but I damned well would like to! Where the HELL would technetium and promethium be coming from naturally?
I always watch Anton in 75% speed. More chill and longer video 😃
As you say, this is huge. We hunger to know more about the dynamics of accretion disks, how planets form from them and how the chemical make up of a star equates to the likely chemical make up of the satellite group around it.
Amazing find 🕵️♀️
Anton good sir, thank you for being here .
Hat's off sir, i adimere your work soo much Mr.Anton Petrov.
Best of luck from the core of nature ⭐
Thanks Anton!
Music: Nils Frahm - Says
Fascinating!
Thank you for your video.
Love your show. Please increase mic gain.
This is fascinating!
You helped me through such a tough workload man.
THANKS ANTON 🤗 for making things understandable 🤔to us laypeople and interesting as well 👍🤗😍😍😍
Wow! That's interesting and for me, to high extent, all new. 👍🙂
Thank you mr anton
It's nice seeing your big smile at the end. ^_^
Hello Anton. This is wonderful person 🖖
Hey, cool...
I have that same table of elements on my door, next to my calendar!
how about system who have abundancy of element 115
Blows my mind how they can determine actual minerals and elements just from LOOKING at a star form such a great distance... how is that even possible???!!!
Great findings! Reality is full of surprises and one must me humble to be a true scientist.
awesome, I've been wondering about how the data is presented
The nature of this gold standard star and the possible connection to life potential begs the question, have any planets been discovered orbiting it?
Thanks Anton
You get a gold star , bro
Awesome content, thx
This has many implications for the prevalence of alien life on planets orbiting other stars.
6:40 whew ! that was a close call Anton ! you nearly got hit by a big rock !
it's mind blowing how fast our understanding of place in the universe has advanced. our solar system is hardly ordinary for more reasons than imagined jjust 20 years ago.
I always thought our Sun only had Helium and Hydrogen in it! I learn something knew everyday. Thank you 😊
again, thank you!
I wasn't aware that stars with our sun's level of heavy elements were that rare in the galaxy. Could we be looking at a major Fermi Filter?
It's actually one of the oldest known filters, yes. That's the point of what Anton was saying in the first half of the video.
@@andrewsuryali8540 I thought I'd heard of them all, but this one apparently eluded me.
@@stevenpilling5318 Because it's so old few people talk about it anymore, but when you think about it, it's the most obvious: No selenium, no life, and selenium is very hard to find out there (and that's just one element). It's also nowhere as sexy as many of the newer ones, especially the sociologically-based ones.
@@andrewsuryali8540 The surprise to me was that such deficiencies were so common among Population I stars. Certainly, selenium, iron and the KREEP elements are vital for life. I knew this was a likely problem among Population II stars, but not with Population I.
Hey Anton, I know it's not my place but when you post something JWST related can you mention it in the title!? Just s thought. Keep up the awesome science!
There's gold in them there stars!
Ha! Max headroom. 😂 Love it.
You look younger, healthier lately. Just a glow about you.
Getting strong Max Headroom vibes at 06:30 :)
What about a magnetar collision?
This star is literally golden.
Can you post a link to the periodic table used in the video?