@@GoToMan waiting two months for President Carter to give us the go ahead and recuse the hostages in Terham, Iran...yours very truly Alfonso Cantu USMC
Serious projects, however why do they cheat us by making junk while they have such objects, this one here actually blew my pea brain somehow I actually liked something that humanity has done correctly……
@@anthonymartinez4307 It's amazing how they say the space probe touch the sun without it melting. But for some reason, they couldn't get a probe to survive on Venus for over an hour.
If it flew REALLY REALLY fast through the corona it wouldn’t get burned because it’s kind of like passing your finger through the flame of a match or a candle. If the flame doesn’t have the time to actually heat it up to a temperature that would burn you, you can pass your finger through multiple times without even feeling the heat, let alone getting burned!
@@vimalvestron8684 light a candle, pass your finger through the flame fast. Similar concept. But the spacecraft got to be going really fast cz the solar flares are so frikkin huge. Hundreds of thousands of kilometres huge. So it's impossible to go through that fast..
I like the theory but I think it has to fly at much higher speed than that, almost as fast as a finger passing by the whole length of a flame in less than a second, the probe wasn't that fast it stayed in sun's diameter for far too long to relate to your theory
When I would see those ships on Star Trek get too close to a star, I would have no understanding as to how it was even possible for them to do it without melting, but if we already have the technology to pull it off NOW in the 2020's, it doesn't seem at all impossible anymore...
thing is, like the video mentioned, theres a diference between heat and temperature. just like the probe, by avoiding the denser parts of the corona you wont have to experience the actual atomizing levels of temperature created by the solar winds, and you van approach the stars surface way more, which on a cosmic scale is not THAT hot, as mentiones its less then 6k celsius, which albeit its enough to vaporize any metal we know (in earthern atmosphere but lets not dive too deep into that part because it complicates a lot) its magnetudes colder than the dense parts of the corona and specially the stars core which is where most of its heats conxentrated anyway. its even colder than the earths core.
Thank you for also giving us the Fahrenheit temperatures! At almost 80 years old, I did not learn the Celsius way of measuring....so thank you again...so few are so kind!
@@TheSecretsoftheUniverse Yes, always!! It's a shame you get the crackpot comments in here and a shame they don't waste their time elsewhere!! Thanks for what you do!! 😊
I always thought temperature was a measure of heat, but I have heard that what you feel when you put your hand in a heated oven (not against one of the sides or the grills to hold food) is called heat flux
@@TheCarpenterUnion The video was pretty clear. Even though the temperature is 1 million degrees, the heat is much lower due to the low particle density. And to protect itself from the heat, it uses a heat shield out of a carbon composite, wires made out of niobium, and a water cooling system for its solar panels. The comment is unclear if you don't know what heat flux is, but it takes around 15 seconds to find out.
Well, heat flux would be the reason why the temperature is much greater than the heat, right? The area around the sun has a low particle density, hence low heat flux, so lower heat.
Well I could explain the corona being hotter than the sun by a lighter example. When you light a lighter the bottom part of the flame is colder than the space above that flame, all heat will eventually end up at the very top but the gas needs a "runway" to burn, so the most heated part will be the one where all gas has been burned.
I imagine it's something similar to Leindenfrost Effect. The cold of void of space freezes a portion of the outer part of the craft, and it comes into contact with the extreme heat of the sun.
What amazes me is that the solar probe being so close to the sun doesn’t get affected at all by the IMP waves burst during sun flare’s, especially trough the magnetic field.
Because it’s fake… It’s not real… it is physically impossible to ever get anything that close to Sol and maintain any type of molecular structure. It’s BS.
The analogy that you use it similar to "volts" and "amps". The high voltage that Tesla used (and even with static electricity) that has extremely low amperage passing through a body is relatively harmless. But high amperage passing through a body will absolutely fry it. Of course it takes the voltage to get the amperage, but it does not take the amperage to get the voltage. Temperature and "heat" (volume) are somewhat similar to this.
It’s amazing what people can create like this probe. Ingenious. I’m fascinated by the visual spectacle and physical processes of the sun. It’s beautiful and mesmerizing to watch. Stars created all the elements and essentially all life as well.
Water was launched from earth with the spacecraft and is sealed in so it will never leak out. It just transports the heat from the sun side to the back side to radiate the heat away from the sun side. Water is heavy so it cost a lot to get it there. That is why so little is used.
Actually more important for us to study our heat source than anything else. We really need to heed Dorothy's advice, "There's no place like home." 🌈 (From the movie Wizard of Oz, 1939, featuring Judy Garland who sings Somewhere Over the Rainbow oh so beautifully I might add.)
Dunno but I think you chose a very complicated way to say that hot air won't burn you compared to hot water. Then maybe go further and say the reason for this is that the particles of air are less dense than particles that make up water, so they may be the same temperature but the lack of density means the heat is not transfered efficiently enough to burn. If I understood you correctly as a layman
just got done reading some of the comments here and now it's got me thinking did the people making the comments actually watch the video before commenting? The video clearly explains why the sattilite did not burn up.
One can pass a finger through a candle flame with no problem. Heat can be directed/controlled. I know every time I open my refrigerator door and feel the cool air. New materials are being developed all the time. Basic sciences applied to higher tech every day, it seems. Cool, ain't itf? (pun intended)
And not to mention that the solar system is more quantum than you think too. If you went as far as thinking of the solar system operating similar to a atom, it’s more plausible. But, with atoms anything is possible, atoms make up everything you see, up to and including yourself.
Terrible comparison really. Passing your finger over a candle sure. Now hold your finger over top of it. Guess what it's burns you. This thing isn't measly passing by the sun it headed straight for it. Even after the videos explanation it seems so far fetched. But I guess it was still 4 million miles away so it really didn't touch the sun either.
@@GameJunky513 Outside the box, it is a good example how heat can be controlled. It takes time for the energy to travel from the outside to the inside. Control the rate of heat flow and you increase the amount of time exposure can be endured. Calculate the numbers and the principle is the same -- heat transfer rate, IMO.
Don’t know how true it is, but I have read somewhere that the sun is not as hot as we are led to believe! The only reason we feel so much heat from it here on earth is from our atmosphere!!
Our atmosphere blocks most of the heat from the sun. Go into space and get directly exposed to the sun from this distance and you get cooked immediately
There is no such phrase as "must of" in the English language. The "education/indoctrination" system has failed you. Just do the simple test... 'of been cloudy' 'have been cloudy' It's "must have". What happened was, your teachers were lazy and never connected for you, must've spelled out, with it sounded out, so you hear "must of". But must've is what is called a "contraction", it is a shortening of must have, must've. There also is no should of, would of, could of. It's all should have, would have, and could have. Should've, would've, could've learned, if you had a real teacher.
@@nahomalphageek2516 I understand..but i was saying that..corona is sun's outer atmosphere extending upto 8.6 million miles..so yeah..if sun's atmosphere is considered a part of sun..then the probe touched it..entered it..and went very close to the surface..
@@beyondme9369 got it, but can't imagine how thin the atmosphere at that distance will be. Just to give you an idea, earth's atmosphere only stretches upto 10,000 KMs, beyond that it will be quite a stretch* to call it an atmosphere (so thin)
@@nahomalphageek2516 yeah but you cannot really compare earth to sun..when more than a million earth can fit into the sun..sun also weighs more than 300000 times that of earth..so..not really comparable right?
SUNSHINE 2007. The vessel going to the SUN was named Icarus. What a hidden cinematic treasure of a movie. The visuals and soundtracks alone are worth a watch.
You can't use common sense in science. I'll give you 2 scenarios. (1) does light need a medium to travel? Sounds does so light should, right? (2) Before the invention of the internal combustion engine there were some sceptics who thought that there was no way around cooling the engine before it melted itself. What's were the alternatives?
The magnifying effect ,like sun through a magnifying glass. Heat is more condensed and localized through the glass, even though the same light shining on us is the same light coming through the other side of the glass
Why didn't it melt? Isn't the surrounding atmosphere hot as well? If it's traveling sideways it's still exposed to heat isn't it? If it's 33 degrees outside, it's still 33 degrees to my left as well.
The sun expels out heat, it doesn't absorb it, so anything entering the sun, the heat will just go around the object that's entering, however with exiting, you will feel the heat as your absorning surrounding area instead of resisting it via entering.
Because it was: A) far from it so gravity effects were relatively weak (4 million miles is close as far as getting close to the Sun, but far as to feel full force of its gravity) B) It didnt go straight into the Sun, it was on elliptic orbit so it didnt feel much of gravity effects at all (if you are in orbit it means you are basically in freefall, so not feeling pull of gravity at all, you need to stop or slow down to feel gravity).
Gravity is not a force and it doesn't act on something. You fall back onto the ground after jumping up because the Earth is in constant motion. When you jump, you are in free fall, but then the Earth accelerates right into you which is what you understand as "falling down". People on the other side of the Earth don't fall off the sphere because of the centrifugal force generated by the rotation of the Earth which keeps you grounded. Objects like space crafts are attracted to other planets or larger structures because of curvatures in space time. In simple words, their path is literally warped by the structures (like planets and stars) to follow that specific path. Hence they cannot go straight. Because they are being thrown on a different path entirely. So what does this mean? Basically you should know that your understanding of gravity being a "crushing force" is incorrect. It is not a force at all and it does not act upon objects. Space time is simply being distorted. So it does not produce any crushing force. It's like changing railway tracks to make the train move in a different direction. The proof is that we have never been able to observe or measure gravity as a force acting on any object nor are there any particles that exist which are causing such force.
It's impossible and amazing to think Voyager touched The sun and didin't melt, that's awesome our technology IS great, Corona sound very familiar since 2019. Btw IS IT Late to watching comet c2022 e3? 🌌
@@Andrew_the_Astrophile Possibly. I was thinking about naked eye visibility. It's been visible through a telescope for a while, depending on how powerful your telescope is.
@@TheMrFlauschig Right!, with such huge size of the sun, and the modern technology, and the very high heat! wow. I wonder how fast the Mech could be?! and still the gravity did not catch!, for God sake!.
@wangzig9800 It is already rotating around the sun more than quickly enough because of the earth. I think you overestimate our sun here. It is in fact a very small star. Because of our already existing rotation, it is very hard hard for us to fly with something INTO the sun. We probably would never hit it.
@@strezko Is there any evidence that you have intelligence or have social skills? I'll help you with that one, the answer is no. But to answer your question, yes, the word "soul" exists, it is defined as; soul [sōl] NOUN the spiritual or immaterial part of a human being or animal, regarded as immortal.
It's because they went at night
:) lol
🤣🤣🤣
🤣🤣🤣🤣🤣🤣
Slap yourself
🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣
It's amazing what these space agencies can do for just about the cost of one F-22.
Hahaha! A good one.
Took me sometime haha. Approved
@@GoToMan waiting two months for President Carter to give us the go ahead and recuse the hostages in Terham, Iran...yours very truly Alfonso Cantu USMC
Hw much is that ?
Yeah, the US should just disband all their military for more space craft like this.
Probes and satellites never cease to amaze me.👽
Serious projects, however why do they cheat us by making junk while they have such objects, this one here actually blew my pea brain somehow I actually liked something that humanity has done correctly……
Its like they are imaginary !
All they did was tell you about it. We ain’t seen shyte yet. You’re just amazed at the sound of it.
alien?
@@anthonymartinez4307 It's amazing how they say the space probe touch the sun without it melting. But for some reason, they couldn't get a probe to survive on Venus for over an hour.
If it flew REALLY REALLY fast through the corona it wouldn’t get burned because it’s kind of like passing your finger through the flame of a match or a candle. If the flame doesn’t have the time to actually heat it up to a temperature that would burn you, you can pass your finger through multiple times without even feeling the heat, let alone getting burned!
is it really true or just made that up ?
@@vimalvestron8684 light a candle, pass your finger through the flame fast. Similar concept. But the spacecraft got to be going really fast cz the solar flares are so frikkin huge. Hundreds of thousands of kilometres huge. So it's impossible to go through that fast..
I like the theory but I think it has to fly at much higher speed than that, almost as fast as a finger passing by the whole length of a flame in less than a second, the probe wasn't that fast it stayed in sun's diameter for far too long to relate to your theory
I don’t think you understand how fast that is the probe would have to clear the sun in under a second lol
You have one heck of an imagination
When I would see those ships on Star Trek get too close to a star, I would have no understanding as to how it was even possible for them to do it without melting, but if we already have the technology to pull it off NOW in the 2020's, it doesn't seem at all impossible anymore...
Well they had force shields that’s what protected the star ships and plus they probably had other alien technology helping to
That's what's called special effects BECAUSE IT ISN'T REAL.
yes I sawwwww! but I knew they would have very special materials for their ships, not to mention shields!
thing is, like the video mentioned, theres a diference between heat and temperature. just like the probe, by avoiding the denser parts of the corona you wont have to experience the actual atomizing levels of temperature created by the solar winds, and you van approach the stars surface way more, which on a cosmic scale is not THAT hot, as mentiones its less then 6k celsius, which albeit its enough to vaporize any metal we know (in earthern atmosphere but lets not dive too deep into that part because it complicates a lot) its magnetudes colder than the dense parts of the corona and specially the stars core which is where most of its heats conxentrated anyway. its even colder than the earths core.
Elle, with Captain Kirk at the helm, the universe is our oyster. Live long and prosper 🤣❤️🤣❤️🤣❤️🤣❤️
Moths are going to love this one
😆😆😆😆😆
😂😂
The probe was completely undamaged. They launched it at night. Obvious when you think about it 🤡
"Moths", they know something
Maybe moths bribed nasa to launch this spacecraft, so they can go to the sun.
Thank you for also giving us the Fahrenheit temperatures! At almost 80 years old, I did not learn the Celsius way of measuring....so thank you again...so few are so kind!
You’re welcome! ❤️
Ya had 80 years if you had wanted to.. guess ya didn't. 🤷🏼♂️
Don't think ya missed anything without it anyway.. 🙋🏼♂️
dumb people use fahrenheit , yeah classic american
@@lifeisnotdaijoubu_
😂
That's not a very scientific remark matey!!
🤣
@@lifeisnotdaijoubu_ Thank you for your kind compassion to a dumb person.
This is pretty nifty and what Parker can do, gotta love the Sun and what she can do!! Great video again, SOU, thanks!!
Glad you enjoyed it!
@@TheSecretsoftheUniverse Yes, always!! It's a shame you get the crackpot comments in here and a shame they don't waste their time elsewhere!! Thanks for what you do!! 😊
Sun is female? 😰😰😰😰
@@elvinv1110 no, its just that to refer to nonliving creatures "she" is being used until this PC culture popped up
But why do people say "it touched the sun" if it's still at 4 million miles away?
Makes for a better title to attract clicks. But considering Corona is also part of the sun, one could say it's a fair way of putting it.
@@icczy11
One could also say it’s not. 4 million miles is a pretty good stretch on any scale.
@@scottarivett496 the point is that it's still a layer of the sun
Exactly! Lies foe sake of science
@@scottarivett496 It’s not a rock, it’s gaseous and corona is its upper atmosphere.
I always thought temperature was a measure of heat, but I have heard that what you feel when you put your hand in a heated oven (not against one of the sides or the grills to hold food) is called heat flux
Just like the video, you stated a lot while saying nothing
@@TheCarpenterUnion The video was pretty clear. Even though the temperature is 1 million degrees, the heat is much lower due to the low particle density. And to protect itself from the heat, it uses a heat shield out of a carbon composite, wires made out of niobium, and a water cooling system for its solar panels. The comment is unclear if you don't know what heat flux is, but it takes around 15 seconds to find out.
Well, heat flux would be the reason why the temperature is much greater than the heat, right? The area around the sun has a low particle density, hence low heat flux, so lower heat.
@@Ruzzky_Bly4t Like heat in the desert compared to a jungle. It's a dry heat.🙄
@@TheCarpenterUnion Your comment adds some quality insight to the debate. Congrats
Me :" You should never look at the sun!! "
Parker: " Hold my Beer"...
You mean there's beer in the solar probe? Wtf..
More like "hold my carbon shield"
Hold my Gallon of water
Joke's getting old.
@@magnolia8626 not as old as trolls with no real problems...
It would have been easier for the probe if they had landed at night.
Too funny
I agree, so they should have landed on the other side.
Or at least call on the fire bragade prior to getting so close.
Wait..... so you mean....
@@waynejackson1426 - you think it landed? Ok...
Parker Solar Probe!! I remember even since 2016 when it took off!! Now it finally touched the sun after 7 years, AWESOME!!
Brilliant explanation! Thank you. Keep it up Parker!
🤣🤣🤣
The most amazing part of this video was the camera who took a video to that spacecraft. It also not melted
Xaxaxa! Great point! 😂
It's a Polaroid. Kodak was way ahead of its time😂🤣😂🤣😂🤣😂📸
When you have spent most of your life, living in a little cottage in the woods, you will always be amazed at what man can do.
RIGHT
Well I could explain the corona being hotter than the sun by a lighter example. When you light a lighter the bottom part of the flame is colder than the space above that flame, all heat will eventually end up at the very top but the gas needs a "runway" to burn, so the most heated part will be the one where all gas has been burned.
Even the sun couldn't stop the Corona :(
LMAO
It did stopped in Africa but not in the western world
I imagine it's something similar to Leindenfrost Effect. The cold of void of space freezes a portion of the outer part of the craft, and it comes into contact with the extreme heat of the sun.
There’s no pressure in space, this is just thermodynamics at play
What amazes me is that the solar probe being so close to the sun doesn’t get affected at all by the IMP waves burst during sun flare’s, especially trough the magnetic field.
Because it’s fake… It’s not real… it is physically impossible to ever get anything that close to Sol and maintain any type of molecular structure. It’s BS.
The analogy that you use it similar to "volts" and "amps". The high voltage that Tesla used (and even with static electricity) that has extremely low amperage passing through a body is relatively harmless. But high amperage passing through a body will absolutely fry it. Of course it takes the voltage to get the amperage, but it does not take the amperage to get the voltage. Temperature and "heat" (volume) are somewhat similar to this.
I have never truly understood voltage and amperage.
It’s amazing what people can create like this probe. Ingenious. I’m fascinated by the visual spectacle and physical processes of the sun. It’s beautiful and mesmerizing to watch. Stars created all the elements and essentially all life as well.
You believe this? You voted for Biden didn't you... This is as fake as a tran e... Use common sense
At 1:10 there is a jump and felt so unnatural that I needed to go back 5 times.
Why did you do this to us?
So mad I saw you comment before getting to that point….. my mind immediately cringed 😬
@@PatrickCCarter sorry pal
4:03 where does the water come from? Doesn't it evaporate?
Water was launched from earth with the spacecraft and is sealed in so it will never leak out. It just transports the heat from the sun side to the back side to radiate the heat away from the sun side. Water is heavy so it cost a lot to get it there. That is why so little is used.
When we learn that line " if we cant do it for real, then orchestrate it "
This orchestra piece in A-fraud major seems a bit dissonant.
🙄
This is really one of the tremendous creation of humans.
Actually more important for us to study our heat source than anything else. We really need to heed Dorothy's advice, "There's no place like home." 🌈 (From the movie Wizard of Oz, 1939, featuring Judy Garland who sings Somewhere Over the Rainbow oh so beautifully I might add.)
Why didnt the probe melt? They figured they could just operate it only at nightimes.
What a joke.
Cloudy days too.
No because there is zero atmosphere so it will always be cool in the shade.
Dunno but I think you chose a very complicated way to say that hot air won't burn you compared to hot water. Then maybe go further and say the reason for this is that the particles of air are less dense than particles that make up water, so they may be the same temperature but the lack of density means the heat is not transfered efficiently enough to burn.
If I understood you correctly as a layman
Air?
This is amazing. Can't wait to walk on sun surface
just got done reading some of the comments here and now it's got me thinking did the people making the comments actually watch the video before commenting? The video clearly explains why the sattilite did not burn up.
"I allow manipulation to find out where my enemy wants me to go, then I use my mind to break the trap and punish the perpetrators." -Emory Tate II
Wow. This is as convincing as the moon landing 😂
RIGHT
Now that is rocket science!
This is fascinating. Especially the Corona aspect.
Very good technology video review....!
Props to the cameraman for going to the Sun too.
well,how do they actually know whats the temperature of the Sun?Has anyone been ever there to measure it?
Because the sun is really an LED lightbulb in The Truman Show Matrix.
Solar energy absorbed by that solar probe is at its peak
Ahhah. It makes me thinking of WALL-E charging scene when he Is in space 🤣 2 seconds and OK
1:11 Why did yall cut out a portion of the video?
If they find something new and complex, there you go, another extra chapter into our physics textbook 🗿.
Riiiiight, I'm going to go ahead and ask you to remember to use the new coversheets on your TPS reports from now on.
It would have made the approach more successful had they called on the fire bragade prior to getting so close.
2:59, oh, but would that be aggressive?
RIP to people who believe this is true.
Thank you...But so amazing is they really do believe this lie
Video starts at 3:00
'finally, a worthy opponent!' - nokia 3310
Very informative! Til now I thought the spacecraft hadn't melted because it was launched at night.
Absolutely miraculous/incredible scientific apparatus - arguably the greatest!!!!!!
lol People will belive anything
They had special battery powered freezers built in .
I wanna know if it's gonna escape orbit afterwards, or if it's plunging to its death.
Excellent
One can pass a finger through a candle flame with no problem. Heat can be directed/controlled. I know every time I open my refrigerator door and feel the cool air. New materials are being developed all the time. Basic sciences applied to higher tech every day, it seems.
Cool, ain't itf? (pun intended)
And not to mention that the solar system is more quantum than you think too. If you went as far as thinking of the solar system operating similar to a atom, it’s more plausible. But, with atoms anything is possible, atoms make up everything you see, up to and including yourself.
Terrible comparison really. Passing your finger over a candle sure. Now hold your finger over top of it. Guess what it's burns you. This thing isn't measly passing by the sun it headed straight for it. Even after the videos explanation it seems so far fetched. But I guess it was still 4 million miles away so it really didn't touch the sun either.
@@GameJunky513 Outside the box, it is a good example how heat can be controlled. It takes time for the energy to travel from the outside to the inside. Control the rate of heat flow and you increase the amount of time exposure can be endured. Calculate the numbers and the principle is the same -- heat transfer rate, IMO.
Don’t know how true it is, but I have read somewhere that the sun is not as hot as we are led to believe! The only reason we feel so much heat from it here on earth is from our atmosphere!!
Our atmosphere blocks most of the heat from the sun. Go into space and get directly exposed to the sun from this distance and you get cooked immediately
it didn't melt because it touched the sun at night
I’m gonna have to see those TPS reports.
The Corona has but one way to handle, a mask and social distancing.....the spacecraft had a really good mask.
Putting your hand in a heated oven ( 400° C ) or boiling water 95°-100° causes severe burn wounds
It must of been cloudy that day🙄
There is no such phrase as "must of" in the English language. The "education/indoctrination" system has failed you.
Just do the simple test...
'of been cloudy'
'have been cloudy'
It's "must have". What happened was, your teachers were lazy and never connected for you, must've spelled out, with it sounded out, so you hear "must of".
But must've is what is called a "contraction", it is a shortening of must have, must've.
There also is no should of, would of, could of. It's all should have, would have, and could have.
Should've, would've, could've learned, if you had a real teacher.
Yeah my hand's skin definitely burns more in boiling water then in the hot oven, i confirm it
Perhaps they never touched the sun
Nice information 👌👌🙂
Let's all fly into the Sun!
Just remember to do it safely and go at night.
@@pauliedi6573 guys don’t forget your sunscreen you’ll need it. 😂
Frank Sinatra says... "Fly me To The Moon"
SUNSHINE 2007
Great explanation 👌
Touched the Sun but 6,000,000 KMs away? 😀
From the sun's surface..but if corona is considered a part of the sun..then Parker has touched it..
@@beyondme9369 just for comparision , it's 15X the distance between earth & moon
@@nahomalphageek2516 I understand..but i was saying that..corona is sun's outer atmosphere extending upto 8.6 million miles..so yeah..if sun's atmosphere is considered a part of sun..then the probe touched it..entered it..and went very close to the surface..
@@beyondme9369 got it, but can't imagine how thin the atmosphere at that distance will be.
Just to give you an idea, earth's atmosphere only stretches upto 10,000 KMs, beyond that it will be quite a stretch* to call it an atmosphere (so thin)
@@nahomalphageek2516 yeah but you cannot really compare earth to sun..when more than a million earth can fit into the sun..sun also weighs more than 300000 times that of earth..so..not really comparable right?
The Engineering is out of the space.....💯💯🥶
simply amazing. can t wait for all the secrets that parker would reveal.
And the info we are seeing for free.. kudos to UA-cam..
Why didnt it melt???
Because it never happened.
They should've named it Icarus 2.0
SUNSHINE 2007. The vessel going to the SUN was named Icarus. What a hidden cinematic treasure of a movie. The visuals and soundtracks alone are worth a watch.
I don't need to watch this video to know that they didn't melt because they have a camera. The camera never dies
You can't use common sense in science. I'll give you 2 scenarios. (1) does light need a medium to travel? Sounds does so light should, right? (2) Before the invention of the internal combustion engine there were some sceptics who thought that there was no way around cooling the engine before it melted itself. What's were the alternatives?
That's remarkable
Is unbelievable how this cameramen is so close to the sun.
The magnifying effect ,like sun through a magnifying glass. Heat is more condensed and localized through the glass, even though the same light shining on us is the same light coming through the other side of the glass
So that's where the corona virus came from !
Well... _everything_ came from sun(s) so ... in some level, you're right.
i always wandered about the parker probe thx
They flew at night time, that's how! ✈️
Or during a solar eclipse when god puts out the sun.
Because it was dark, the probe landed elsewhere
Brilliant!!
Lol
Show the actual footage. Stop showing cg
This is awesome.... ❤️
The crap you guys are willing to believe holy cow
Why didn't it melt? Isn't the surrounding atmosphere hot as well? If it's traveling sideways it's still exposed to heat isn't it? If it's 33 degrees outside, it's still 33 degrees to my left as well.
@@ivanrobb3900 well for starters, there has only been a cartoon probe. Where is the real proof of any such nonsense?
@@powersww1reset lol, glass ceilings anyone?
The engineering behind this is gangsta AF 👌
Sunblock truly does work miracles
the CDC would still insist that probe be vaccinated upon return for having had contact with the corona.
Yes but there are so many makers... Which one would you suggest?? 😂😂😂
The sun expels out heat, it doesn't absorb it, so anything entering the sun, the heat will just go around the object that's entering, however with exiting, you will feel the heat as your absorning surrounding area instead of resisting it via entering.
So it has not been destroyed by sun's gravity? Is it because of light and rays pushing Parker to maintain its orbit and position?
Because it was:
A) far from it so gravity effects were relatively weak (4 million miles is close as far as getting close to the Sun, but far as to feel full force of its gravity)
B) It didnt go straight into the Sun, it was on elliptic orbit so it didnt feel much of gravity effects at all (if you are in orbit it means you are basically in freefall, so not feeling pull of gravity at all, you need to stop or slow down to feel gravity).
Gravity is not a force and it doesn't act on something. You fall back onto the ground after jumping up because the Earth is in constant motion. When you jump, you are in free fall, but then the Earth accelerates right into you which is what you understand as "falling down".
People on the other side of the Earth don't fall off the sphere because of the centrifugal force generated by the rotation of the Earth which keeps you grounded.
Objects like space crafts are attracted to other planets or larger structures because of curvatures in space time. In simple words, their path is literally warped by the structures (like planets and stars) to follow that specific path. Hence they cannot go straight. Because they are being thrown on a different path entirely.
So what does this mean? Basically you should know that your understanding of gravity being a "crushing force" is incorrect. It is not a force at all and it does not act upon objects. Space time is simply being distorted. So it does not produce any crushing force. It's like changing railway tracks to make the train move in a different direction.
The proof is that we have never been able to observe or measure gravity as a force acting on any object nor are there any particles that exist which are causing such force.
@@zan1971 You can't be serious.
@@raoulduke7668
I am. Gravity is a Newtonian concept. What I explained is how Einstein saw the world. And it is pretty accurate.
@@zan1971 You are right for the second half but the first falling part is complete bullshit. You are falling down for the same reason: gravity.
Wow that is so amazing that we can send a probe into the sun atmosphere without it melting or burning 🔥 we are close to becoming a type 1 civilization
HAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHAHAHAHHAHAHAHHAHA!!!
I'm sure it did it at night. Obviously it survived. LOL
So that's why dry heat is more tolerable than humid heat. Particle density. Cool.
It's impossible and amazing to think Voyager touched The sun and didin't melt, that's awesome our technology IS great, Corona sound very familiar since 2019. Btw IS IT Late to watching comet c2022 e3? 🌌
Neither Voyager probe approached the Sun. They left Earth orbit on a heading to Jupiter. This video is about the Parker Solar Probe.
C/2022 E3 should be visible at by the end of the month/early February during the new moon, when the sky is at its darkest (clouds permitting).
@@nagualdesign isn't it already visible. If you use a pair of binoculars?
@@Andrew_the_Astrophile Possibly. I was thinking about naked eye visibility. It's been visible through a telescope for a while, depending on how powerful your telescope is.
@@nagualdesign I'm probably going to try to see it with binoculars, because I have good experience with them when observing Andromeda galaxy.
“Hey Peter, did you get that TPS report?”
The reason it was able to do this is simple... it went at night when the sun is much cooler. 🤣🤣🤣
It is an amazing matter to find that spacecraft not affected by the great gravity of the sun!!
It has to rotate around the sun very quickly to counter that gravity.
@@TheMrFlauschig Right!, with such huge size of the sun, and the modern technology, and the very high heat! wow. I wonder how fast the Mech could be?! and still the gravity did not catch!, for God sake!.
@@TheMrFlauschigLol Sure it did
@@wangzig9800This is a hoax
@wangzig9800 It is already rotating around the sun more than quickly enough because of the earth. I think you overestimate our sun here. It is in fact a very small star.
Because of our already existing rotation, it is very hard hard for us to fly with something INTO the sun. We probably would never hit it.
It went at night ;)
What happened at 1:08???
HAHAHAHA it never happened is why it didn't melt lmao
100% right
what a heat shield and dynamics harmony .
The Sun is a conscious deity and perhaps chose not to burn it up lol
The sun is the star created by YHWH to light & warm the planet He put humanity on.
@@OmenAkumaru20223 quite an interesting claim, any evidence that this Yehova guy you are talking about actually exists?
@@strezko Science bless your soul
@@xx_amongus_xx6987 interesting thing you are mentioning, any evidence that this soul you are talking about actually exists?
@@strezko Is there any evidence that you have intelligence or have social skills? I'll help you with that one, the answer is no.
But to answer your question, yes, the word "soul" exists, it is defined as;
soul
[sōl]
NOUN
the spiritual or immaterial part of a human being or animal, regarded as immortal.
Awesome video & awesome information ++++++++++++++++++++++ 🙂
lol lol
The most tanned spacecraft in history
Funny how, heat and fire brought down the WTC but cannot burn this crate 🤔😆😆
Exactly 💯. 🐑
Did you watch the video?
Yes, I did. Twice.
I'm afraid that the new science of Scientism doesn't convince me at all.
Speculative Scientism.
CGI doesn't grab me, either.
@@TheDodge1011 I appreciate the photographer that survived, too. I like NASA's CGI alot better.
@@TheDodge1011 it’s kinda hilarious that you guys don’t understand heat transfer.
Exploring Venus would be more problematic since its surface and atmosphere are much denser than the sun's corona.
Easy… it didn’t go there.
💕