NASA Just Opened The Largest Asteroid Sample But Saw Unexpected Things Inside
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- Опубликовано: 30 апр 2024
- NASA finally opened the space capsule containing the largest asteroid sample ever collected by a space mission. The sample came from Bennu, a potentially hazardous asteroid that's like a time capsule from the early solar system. On 26 September 2023, scientists at NASA's Johnson Space Center in Houston opened the lid on the sample return canister from the OSIRIS-REx mission, which had returned to Earth two days earlier with a sample from the asteroid. As the lid was lifted, scientists gasped at what they saw: a layer of black dust and debris on the avionics deck of the canister. Also, the sample weighed 100 grams more than what was collected at Bennu. This was unexpected, as the sample was safely stored in a sealed container all along the way.
So, how did this happen in the first place? What's the source of the unexpected black dust on the avionics deck of the canister? Finally, and most importantly, what do scientists expect to find in the detailed analysis of the largest asteroid sample that has ever returned to Earth?
The 74th episode of the Sunday Discovery Series answers all these questions in detail.
All Episodes Of The Series: bit.ly/369kG4p
Basics of Astrophysics series: bit.ly/3xII54M
Created By: Rishabh Nakra
Narrated By: Brian Pederson 
Наука
That they were able to hit earth's orbit at just the right time and angle so it landed in UTAH (could have landed anywhere), is incredible.....the math don't lie! they nailed it.
They knew so specifically where it would land that they had scientists AT the landing site within a few minutes.
Math is amazing. I just wish I could make my brain understand it 😂
so cool how they can math it so precisely @@joelface
Imagine how cool it would’ve been to be the crew that went to retrieve the capsule. Knowing the crazy journey this box just went through. How it was literally just outside earths atmosphere lol
Flat earthers where are you?
Thank goodness there are people brilliant enough to figure out how to do these things. It’s fascinating! The amount of calculations required to complete this mission is mind boggling. Bravo! To everyone who was a part of this…. wow… job well done!
Your just gullible af. Earth is flat. Research the world record picture in distance. Its 270+ miles with 9 miles of curve missing.
Look for yourself. I seen clouds behind the sun while hunting on a mountain top last year. Globers are sleepy
It's not that hard. I do that all the time
@@AZ-ql6nz surely..
@@niks660097nah he does
It is that hard unfortunately, on a student rocketry team
Amazing that they could program the space probe to travel so far & meet up with the asteroid & then get it to return to Earth.
And most people think that math is boring and useless.
@@paulstewart6293 And somehow "Racist". smh
And yet, can't land people on the moon yet.
@@Atheist7Some people can't write a coherent sentence. Maybe we should improve education in general.
@@paulstewart6293 Uh-oh.
Did I "step in it"?
Why didn't they implant a camera on the asteroid that could send information back to Earth? That would be FASCINATING!!
I'd assume the fact there wasn't any room for error just getting the sample. Adding another mission to throw down a camera would have caused problems. That and the cost of the added weight going a billion miles away wouldn't be worth whatever imaged it would return. NASA does space, I doubt that video would be interesting to them at all they see this crap daily.
Also with the way the asteroid tumbles and rolls through space there wouldn't be a line of sight back to earth that lasts long enough to send any data that would compose much of any picture or video feed worth a damn.
@@trevormagee-xm5bz but wouldn't it be cool if it did....
@@conTAMInated71as cool as putting a UN flag on it.
@@kaponkotrok I'm not gonna get political on RUclips, but I don't care whose flag goes on it. I just want to see what's at the edges of the universe. Information like that should be for all mankind. Forget flags.
See it's tough to implant something on moon and though on this asteroid it's near zero gravity. The universe is much more interesting
This is the best coverage of the OSIRIS-REx mission I've ever seen. It even included the Japanese Hayabusa mission, which recovered amino acids - the building blocks of life - from asteroid Ryugu, when the capsule returned to earth in 2010. It will be interesting to see what they recover from the Bennu mission - will they find hydrocarbons and amino acids? I'm also looking forward to follow OSIRIS-REx's encounter with Apophis in 2029.
Every asteroid or comets should have a tracking device on it and ping back the distance it's is periodically then we would have a great layout and map with the data and everything could be tracked and have threatening space objects to ping back an alert if within a danger zone to humanity would make everything easier it would be a tiny rocket drone with a spider bot form that would have a tiny drill in the under belly of it like can be used as an anchor point and or could have an embedded sensor within said anchor point and ping back the composition data and sense it would have a spider body it's legs would be more mailable with more joint points and could flex 360 degrees and reverse and inside out incase on falling over and it becoming incapacitated. Tiny solar panel could be used. These could be a possible "Swarm" Capabible to cover more areas but only have 1 "host Bot" that would only be capable of transitioning it's data, the other bot that would come out of the "host bot" would be sharinf the ride within the capsule and would be actived to be able to move around based on directions given from us in earth to the "host bot" antenna receiver.
They did just reveal the findings. Calling it a "astrobiologist’s dream.”
Yeah great coverage lol it’s all computer generated people will believe anything theses days
@@mynameisnobody5838The part where nasa open the capsule is also CGI?
@@mynameisnobody5838srsly lmao gullible has never been so funny as a word
Makes you think.. if a random asteroid has the building blocks for life.. if this is true for most asteroids and all planets were made from such asteroids... then doesn't that mean life under the right circumstances is inevitable?
Maybe the fact that they form so easily makes it building blocks for life
It means if we get the right dust we can bring the dinosaurs back again
There is a theory that these building blocks were present for a few million years during the early universe where the universe was more or less entirely in the habitable zone, even in empty space.
@@LilB0pete thats the kurzgesagt video
@@GauravKumar-fg7jh they were not the first to propose the idea
Honestly speaking,was eagerly waiting for an episode on Osiris-Rex! As usual it comes out as another excellent episode! ✨❤️👏
They've released the Venom symbiote onto the world.
Into*
😂
i knew it..
man huge respect for all of those scientist they will never see that year when asteroid will hit but still studying how to avoid the damage for the future generation
I'm sure NASA has considered all possibilities for contaminating the asteroid sample, but I'm wondering what the effect is upon exposure to the Earth's atmosphere. I realize they are in a clean room when opening the spacecraft, but the air in the clean room has oxygen and water and I would think that would contaminate it.
Since when does air and moisture contaminate minerals once they are collected? The only mineral I know of that changes with exposure to air is marcasite and opal.
@@donaldkasper8346 Water reactive chemicals are chemicals that react vigorously with moisture. The most common water sensitive chemicals include sodium, potassium, lithium metals and aluminum alkyls.
Air-sensitive compounds are substances that would react, explode or oxidize with air, such as organometallic compounds (chemical compounds containing at least one chemical bond between a metal and carbon atom, including alkaline earth, alkaline and transition metals).
Then you have to consider the potential for new substances including things that don't follow the rules like oobleck.
Oxygen is surprisingly... corrosive...? I don't know the right word for it. It breaks things down.
They probably opened in a glovebox, which is usually filled with nitrogen and it has minimal levels of oxygen and moisture
@@TheKingTiger96 The only effect of air is drying for organic compounds and opals. Air is not going to instantly interact with a mineral and change its composition.
@donaldkasper8346 You seem to be under the impression that only minerals are contained in that sample. It almost certainly has various organic molecules that could react in a few different ways with oxygen to alter the composition of the molecules contained within. The Japanese mission had amino acids in their sample for example. It’d be fascinating if they find any trace of hydrocarbons in this sample.
Last time scientists opened a container on the moon they accidentally released Rita Repulsa and she has been terrorizing Angel Grove ever since. They’ll never learn…
Well done guys. Looking forward to the results. 👏
When they will be transparent 😅
That dust and debris may actually turn out to be more valuable than the actual sample as it contains the latest deposits on the asteroid.
This is so awesome!!! I wish I could be a part of a space voyager team some day.
Nuts. You've got to be nuts to sit on the top of a rocket. Good luck with your dreams but it is a serious NO from me.
The Voyager 'Twins' are an amazing glimpse into both past and future. You can become what you want, what you dream to become. Be at peace and know. You will find your mentor, no matter the timing, the placement, the life. Might be in your life now if you are young, or if an older dreamer, like me, you will build the foundation of such wistful promises.
My Dad knew my passions, so he gave me a dream on a Christmas Morning; a full model of Cape Canaveral, with all the Saturn V Rocketry, gantry, the scenery and the base itself. It was jaw-dropping to me. That morning was the day i knew for certain, that my father got me. I was 10.
I'm 71 now. I finished my working life in Aerospace when I was forced to retire early due to illness, in 2002. Remember; to be in the present moment is to slow everything down, enough to feel the new knowledge. Then it works. Then, we are.
One.
@@libradragon you did a great service to mankind sir. Salute to you and all the astronauts and scientists involved in space program. My childhood fascination with space and science has always provoked my interest. Hopefully you recover from all illness. I want my body in space too like Scotty ( well he had his ashes sent into space ) after my death but I might not be able to get my wish. Always wanted to be an astronaut but I am not that agile as those astronauts. 🤢
@libradragon your post is so kind, generous and of course wise. Thank you for your work in this very important field.
@@libradragonthank you for your wisdom sir.
Such a beautiful and easy explanation. Thanks
Excellent presentation. Thanks SOU!
1. Showed the sample at the beginning of the video and explained what was unexpectedly seen inside...
2. Scientists were surprised and excited, not shocked and terrified.
Now I am ready for other facts. This is a good video.
Question: if we’re making contact with all these potentially threatening asteroids… can’t we put tracking devices on them? Obviously the signal would take very long to reach earthif it’s on the opposite side of the sun but it can store the data and dump it when commanded to near earth
There are thousands of asteroids in Solar System, how do you imagine doing that?
I think that's why NASA, DART mission is important to counter any such asteroids coming towards earth.
Tracking devices? They are visible through telescopes, they aren't hiding below the horizon or anything.
Well every how often are they going to ping the asteroid's location? Because there will be limited power available with little to no way of recharging once they're installed.
Loved graphics contents ...chapter wise story
Thoroughly enjoyed 💕
Tremandous video ❤
I thought it was neat when they took the sample from Bennu that it was mostly made of gravel on its surface. The puematic sample collector basically blew a crater on the surface of the astoroid. And we got more material than expected which will be great for research no doubt.
This is probably why life started so quickly on Earth.
We are meteor people 😮😮😮
So our origin comes from an asteroid
Woah!
I am really looking forward to the data, but I am also very interested in the possible uses of asteroids for ore mining, rare minerals.
A fair amount of asteroid ore already ends up on earth.
Please don't be lazy and read it. Think about it: When we came to Earth, there was no difference between gold and coal in nature, except for the structure of the substances. We were born and began to set "prices" for them according to their rarity. The only reason why space exploration in the world is not gaining momentum right now is the "prices" we set among ourselves. The only value of the materials inside those asteroids is from a scientific perspective. In other words, mankind determined the prices of the materials in those asteroids at the time
@@_0NesEc space exploration has far too much momentum in my opinion. Wasted funds that would be better off used in restructuring our means of energy and consumption, as well as waste mitigation. But it seems that we’re pretty set on giving up. The answer isn’t off-world.
@@Scott-ir5egSpace exploration is cheap compared to fossil fuel subsidies.
@@Scott-ir5eg When we look at the wasted amounts for global trade, the money that has been spent for space exploration becomes an amount that don’t even deserve caution.
Please start you discovery series. Back again. That was amazing
The math and everything needed to have the return capsule launch from space and land where it's suppose to amazes me everytime
because its fake so you are easily amazed I guess
@@floridakid7975 i was thinking the same as you but seems like we are the only one in this comment section..
What is fake? @@floridakid7975
Someone mentioned a camera but a radio beacon would be fun. I'm not sure about the requirements to track a signal in space but not all of us live in observatories and have not just calculated but visual capabilities. We should do that for all near earth objects so we can all be prepared for our impending doom.
What's the difference between a radio beacon and reflected sunlight for the purpose of tracking its source?
The difference is that tracking a radio source is more difficult. And the asteroids already reflect sunlight all the time.
(Radio is not visible light, so you need a radio observatory instead of a telescope; a radio sends on one frequency, not a Gaussian spectrum like black body radiation, so you can't catch it just approximately (well technically you can, but the margin is much smaller); radio waves are a lot longer than visible light (meters or tens of meters compared to tenths of micrometers), so you need much bigger equipment. And radio needs an energy source, and you may need an active antenna to capture it, while reflecting sunlight requires no special equipment, and it is bright enough to be visible without an amplifier.)
They just give you this long drawn-out mess tell you what they're going to be doing in the future they never tell you what was found
Lmfao!
Never A Straight Answer 😂
The straight answer is 200 pages of jargon and math that someone who hasn’t spent the last decade in aerospace sciences wouldn’t understand.
@diamond_tango agreed but if they want the public to support them, public support helps get bigger budget, they could present their findings and future projects in a way the public might better understand.
"Why don't they tell us what's there?"
Gee idk maybe because they're still researching it!! You realise how much work is involved in geology right?
They have to check the sample for every single mineral on the periodic table to figure out what was on the asteroid.
Not to mention they have to check for any potential foreign material not native to the asteroid itself too.
There are too many people like you are so insufferably spoiled, entitled and impatient.
Great video! This is exciting stuff!
Waited for this!!!
What worries me is unknowingly bringing back something incredibly dangerous if it gets out into Earth's ecosystem.
Dangerous or not if I understand the narration some particles already were coating the outside?
The naming scheme for these objects and missions is honestly freaking me out a little. They've either read too much or not enough cosmic horror.
I think you read too much yeah
They're discreetly admitting NASA only exists because of ancient Egyptian knowledge.
Explained very well and easy to understand
Well presented with a terrific narrator!
1 question. What if they'd scooped up an alien by accident? And basically gave it a lyft
Doom awardness
mean we ain't only advanced species in entire universe and they have potential as thread
You know like our colonization
In hindsight, it feels like the chemistry of abiogenesis occurring in the churning conditions of the early solar system feels almost embarrassingly obvious 😁
This explains why there so many new species on earth out of nowhere.
Probably the asteroids are just package components of life and it brings to earth for a new more species we've yet to seen
If that's the case then we shouldn't interfere the asteroids doing if that's what keeps the earth thriving since the beginning
awesome informatiom idol thanks for update im knowing lot more about happening in space cosmology astronomy
9:09 All you do when you concoct this tale of life arriving on asteroids is push the question back to when and where the life on the asteroid originated. Did it magically appear out of nothing? Are you claiming it somehow formed in the depths of space, in which case isn't it far more likely life originated here where conditions were more favorable. Perhap advanced aliens seede the Earth, which just leads to the question of what were their origins?
He said *ingredients* for life, such as amino acids and other molecules, not life.
I thought you were gonna get all Book of Genesis on me there for a second. You scared me. But like person above stated, just some components to kickstart abiogenesis could have came from an asteroid, not the life form itself.
Gotta say that I am NOT thrilled that an unknown ET material slopped out of the collector and I question the practice of examining said material in our biosphere regardless of "Containment Measures".
It's almost certainly not from inside the sample canister. If it were, the sample would be almost worthless.
This is so cool. These people got the best job.
So happy you use the metric system
Why are people not liking such a interesting video!🤔
Because its not what the title advertises. I wanna know about some space samples, not a history of how we got them and what could be in there.
I can't even find my keys half the time and these guys collected rocks a billion miles away😂.
Thats money for u
THATS BULLSHIT FOR YOU@@sully9836
And yet very little on what the material is composed of.
So I basically watched a video where I didn’t get to see the sample . Excellent 👌
I wonder what life forms can be created from these samples.
Hi i have a question do you want to join my space community?
Chickens
Even the smallest cell on earth is at least 100 billion times as large as the molecules found.
📎 It looks like you are trying to create life. Do you need any help with that?
Thanks for the offer but I’m good…
I know it's just ''dust'' and ''rocks'' but I really wanna see the stuff they pull out from the module at high res.
I doubt it's as exciting as it seems
Professor May has posted a video on his channel of the radiologic scan of the first dust particle recovered from Osiris. Very high res.
It's just a grain of dust, but it has sharp edges and a high metal content.
what a high quality video ! truly amazed !
Thanks good work team 👍😊
What elements did they find in the dust? Nickel, copper, silver, gold?
I highly doubt youd find elements rare on earth in high abundancies on primitive asteroids. As mentioned in the video the Earth will accumulate them via magma and so forth not present on asteroids. Unless I suppose the asteroid was made from a dying sun which is where the heavier elements come from as we are told
@@Jabarri74 On earth, heavy metals sink to the core because they are well, heavy. Ig in an environment with low gravity, heavy metals won't separate from the lighter metals.
@@fctucycy8v8yvy67 I think what I meant was that I suppose it depends what the asteroid was originally, a star or a planet who knows with the age of the solar system. Its an interesting thought though do atoms undergo fusion as part of the planet making process as the spiral of gas closes in on itself
Maybe that black dust got onto the deck due to STATIC attraction.
That actually happened the day it fall down to earth 🌎
The asteroid has similarly with freeze dry or decaffeinated coffee sample.
Some other possible good benefits as a water purifier as also a space purifier as it collection of tiny particles come from traveling through space like automatic vacuuming cleaners.
Plot twist: These asteroids are the remnants of an older planets that we migrated from before being destroyed in an event and that explains the amino acids
The chance of DNA "developing" on it's own is like finding one particular atom in the universe.
DNA literally can’t “develop” on its own.
It needs polypeptides to aid in this endeavor. The same is true in reverse. DNA sequences code for the amino acid sequences and folds in polypeptides. As such, you cannot have one without the other.
That’s why Abiogenesis is such a bunk hypothesis.
@@GhostBearCommander You have about 10 trillion cells in your body, so if you stretched the DNA in all the cells out, end to end, they'd stretch over 744 million miles. The moon is only about 250,000 miles away, so all your DNA would stretch to the moon and back almost 1500 times. The sun is 93,000,000 miles away, so your DNA would reach there and back about 4 times!
The complex DNA code was a product of intelligent design, just like the binary code. It doesn't take a rocket scientist to figure it out, but do you want proof? Here’s proof: Fifty two leading evolutionary biologists and mathematicians came together in Philadelphia to answer the following question:
Given 3.5 billion years, in absolute perfect conditions, what is the chance of even a single DNA molecule evolving? The answer they came up with: one chance out of ten to the 80th power. That’s quite a large number to comprehend. To put it in perspective, that's the estimated number of atoms that compose the universe. So the probability of a DNA molecule evolving, are as good as locating one singly marked atom out there in the universe somewhere.
Humans have detected and tracked recurring energies of unknown source for over 7,000 years. They form what is known as the 20 day cycle and are known in all cultures.. Each day is distinctly detectable and trackable in a variety of ways. The 20 standard amino acids appear likely to have derived from those same recurring energies, as they instantaneously correlate with the functions and properties of the amino acids, and even have the same interactions and relations like Tyrosine and Phenylalanine. Now we need to find the source of the energies, and what they are. I suspect wave forms of some type,.@@GhostBearCommander
Ya it’s a very very loose theory. It’s more of a “well idk what else would’ve happened” than an actual, defensible theory.
Keep studying math and science and you will be!🙂
Thanks to Nasa im not worried about asteroids, Nasa made a history with Dart mission where spacecraft changed asteroid's direction. 🌎👨🏻🚀🚀🌑☀️🪐🛰☄️🌠
👍
It's called Hubris.
Peace!
\o/
That only works if you know where the asteroid is! Most asteroid are not known and we have unexpected near misses often. Sorry to burst your bubble
@@NP-xx8nt Aphophis asteroid will be a BIG problem we don't know where it will come on year 2029 or 2036
I admire your optimism, but I am not so sure about our safety.
If you wanted a cleaner sample of an asteroid then you should mix the sample in epoxy resin on the asteroid. Sealing the sample in a liquid that turns solid would create a better seal than any ordinary seal.
Very cool and informative
Why are they still concerned about the existing avionics when it has returned?
NASA deliberately overengineers everything to be as foolproof as possible. Any mistake, error, or unintended consequence is a topic for concern, on the off chance it fails in-situ and risks years of work, if not also human lives.
Every asteroid or comets should have a tracking device on it and ping back the distance it's is periodically then we would have a great layout and map with the data and everything could be tracked and have threatening space objects to ping back an alert if within a danger zone to humanity would make everything easier it would be a tiny rocket drone with a spider bot form that would have a tiny drill in the under belly of it like can be used as an anchor point and or could have an embedded sensor within said anchor point and ping back the composition data and sense it would have a spider body it's legs would be more mailable with more joint points and could flex 360 degrees and reverse and inside out incase on falling over and it becoming incapacitated. Tiny solar panel could be used. These could be a possible "Swarm" Capabible to cover more areas but only have 1 "host Bot" that would only be capable of transitioning it's data, the other bot that would come out of the "host bot" would be sharinf the ride within the capsule and would be actived to be able to move around based on directions given from us in earth to the "host bot" antenna receiver.
You're way off on scale. There are millions of asteroids. A single rendezvous like this one costs tens of millions of dollars.
As for comets, most of them spend most of their time far beyond Pluto's orbit, where we have sent less than 10 probes at a cost of hundreds of millions of dollars each.
We just don't have the resources, but we do have radar, which is why we track via radar.
By the time humans have the ability to put a tracker on every asteroid, we will have converted 99% of them into orbital factories, farms, and houses, and the remaining 1% will be space parks for our distant descendants.
Our radar and space-based telescopes are getting better all the time so I think we will eventually track everything bigger than a tennis ball, and probably will have an array of tracking stations out in the various belts.
But we'll never have sensors on every one for the same reason you don't have a different cell phone for every person you know. Just too many.
There's not enough devices
What do you mean by "ping back"?
Like, make itself visible to detectors on Earth? The way their reflecting sunlight already does without the need of a power source and fragile technical equipment?
Could have just been some sort of a free-floating debree that escaped measuring tools, something like super-fine dust that is present in abundance on many celestial bodies including the asteroids.
Sou: 19hrs ago
While unsigned 🗿: 7days ago
Of course it did. An electrically charged capsule has that effect on dust and some small particles...!!!!
Someone should make diamonds with heat friction of our gravity falling back to earth
You don't make diamonds with heat. You make diamonds with pressure.
@@davidwuhrer6704 true but space is a vacuum and is negative pressure so still send carbon to space and let it form naturally in space and scientists say that there are potentially larger specimens deep with in the earth
Very fascinating information!
Amazing stuff. Wouldn’t drilling down into the surface yield better information about the origin of the asteroid?
Amino acids from space will be the next big thing.
Bring back virus ,you never know
@@cor2250A virus can't reproduce by itself, it needs a suitable host. The host must exist first for the virus to become possible.
ANDROMEDA STRAIN
Good book, good movie!
also based on REAL Science unlike NASA Handling and Suits...
@@mjolnirswrath23 gotta get me some squeeze.
🤣
Were you there to hear them gasp? That would have been something.
that is truly amazing!
Great job NASA 👍🏽
Didn't any of these people see The Andromeda Strain...geez.
No, but I read the book.
I don't see the relevance.
Amazing! Job well done..amazing..now how much damage will it do if it hits us?
I never heard about Japan's discovery. That's dope and scary at the same time. Makes me think of the 2017 movie 'Life" 😳
Golden rule is always to expect the unexpected...
I thought it was to treat others how you’d like to be treated? Have I been lied to?!
So it's pretty much confirming that life is more than likely to exists in other planets, specially in those goldilocks zones
Reminds me of that moment in don’t look up, when the Bosh discovered what type of minerals and ores that was contained in the meteor. So instead they wanted to salvage it than destroy it.
Really cool screen saver compilation
What an amazing mission! Scientists are doing the unimaginable.
Can dust on outside of canister introduce new germs on Earth? If yes, was this recently-arrived canister a danger?
No. There are no germs in there for it to introduce to earth.
Yes, but we all walking funny anyway 😂
What if they put all this alien dust or bacterias in the you know what to see what happens? 🐙 🦑
They said from the beginning that the astroid was potentially hazardous. Too late.... watch the weather patterns since it arrived on earth.
Do you know how hot the exterior of the capsule became as it passed into Earth's atmosphere? That would kill any and all known earth level pathogens. There's always a possibility that something might survive that superheated entry to earth, but Earth receives anywhere from 5 tons of space dust to 300 tons of space dust - PER DAY, just from its normal orbit. If there are any space traveling pathogens out there, they're hitting earth ALL of the time, and have been doing so for billions of years.
Fun fact: Geological phenomenon includes atmospheric effects for things like erosion, so NASA has brought back what is basically a cloud of microscopic scalpels
This is good-to-know info! When it gets close to Earth, I’m planning to already be in my underground bunker….located about 6 feet deep. My bunker be just barely large enough to hold one person. Good luck to everybody else!
Scientist 1: Are you sure Johnny this pod doesn't have Face hugger
Scientist 2: No, silly that's is not real. it's science movie fiction.
Scientist 3: yeah
Scientist 1: oh! then why the pod shaking violently?! ill never open that shit!
Scientist 2: fine!! ill do it you coward, see guys there is no....
**Facehugger Pounce**
Scientist 2: get it of mmmmmphhh...!!!! **muffled**
Scientist 1: oh shit!! Scientist 3
contianed that alien!
**Scientist 3 Runs and leave colleagues and shuts the door**
Scientist 1: *Don't leave me here Micheal!!!!!*
So the "dead" sample, "grew" 100 grams along the trip? what a trip!.
A beautiful presentation
Yarkovsky effect blew my mind
So, I know nothing more than before I watch this video, nice. What unexpected things ? Dust ? 240 g more dust than they planned, ok.
Exactly every time lol
Ok, great. Now lets go to Mars moon Phobos and find out what that structure is on its' surface.
Are you talking about the phobos monolith?
Yes, the one Buzz Aldrin was excited about.@@redgrengrumbholdt2671
@@redgrengrumbholdt2671Doom...
This is amazing
I used to see this plot before in sci-fi horror movies! 😂
Peace!
\o/
Hi 😊
Howdy
It was all very entertaining and interesting, but what was in the capsules material?
They do not seem to understand the movement of a debris collection we call an asteroid. No gravity or very little gravity. Sure looks to me to me like electrostatic generated dust movement. Why are the Electric Universe concepts never considered? This whole video never even mentions the electrostatic aspect of this intermingling of masses that are at different electrical potentials. Was the charge transferred at touchdown even measured by the drone?
Probably because the electric universe concept is crap.
@@phildavenport4150 You are so enlightening, you must be a gravitational scholar, I tip my hat to you. That makes you a "special" kind of stupid...
Electrostatic charges happen completely independent of the Electric Universe fairy tale. Do a little research and you will find that there is very little science holding the electric universe together.
@@phildavenport4150some of the extrapolated theories of EU are pretty outlandish, but the high level concept is far from "crap".
The standard model has so many holes which are easily plugged by EU one would be a fool not to consider it.
I think charge differential makes way more sense than the extremely weak force of gravity attracting dust towards something comparatively small which is moving away from something much larger.
I find this funny, they can get a sample from a asteroid by landing and taking off again, but I can't land on the moon again 😅
One can land on the moon. Just no one really wants to
The moon is bigger. Bennu has next to no gravity, so you can just pull alongside it at a leisurely pace and get your samples.
With the moon, when you approach the surface you are going thousands of kilometres per second with no atmosphere to slow you down. To get to a stop at the surface you have to use rockets to slow down, but slowing down sideways means you start falling onto the surface instead, and you don't want to crash at such speeds, so you have to use rockets to break your fall just in time that you stop on the surface, not a hundred kilometres above or below it. And the surface isn't exactly smooth, there's craters all over it.
Moon landing is too risk
When return, it's like launch rocket as like launch from earth except required less thrust
cool, when does amazon start shipping there?
AMINO ACIDS ON ASTEROIDS: Although the piece assumes asteroids originated at the formation of the solar system, it also possible that they were created due to the collision of a planetary body between Mars and Jupiter (resulting in the asteroid belt). This raises the possibility that amino acids found on the asteroid by the spacecraft are from a planetary body impacted by another body (moon). If this is the case, the planet that got impacted may have had some form of life on it, which is why the asteroid that came from it has amino acid on it.
❤❤❤❤❤❤from Barak valley,,,Assam,,,,India
still amazing how all of these projects are paid by the tax payers, yet we never see the money at work. These asteroid drillings should be live-streamed.
Bro what did you want them to do, build a colony on an asteroid? 😂
Maybe if trillions wasn't spent on the military we would have colonies on the moon already. I don't think you realise just how expensive space travel is.
Nasa has said numerous times " we CAN do this, we CAN put a telescope on the moon. Just PAY us more"
@@MsHarpsychorddid you even read what I wrote? And if you did, you don’t understand it?
@@MsHarpsychordhe just want it livestreamed😂 read his comment first
Lmao Nasa *did* do a livestream of their recovery, it's 3.5 hours long! You hardly want them livestreaming every day they clock into work from 9 -5?@@xxdenxxlast8877
There was no asteroid drilling, and there is a live stream of every NASA mission.
It's cool that there was potential water or something
Do you think there is a way that asteroid they can figure out how to stop aphosis from stop hitting the earth
Let me know about that asap
I always follow the astreid videos on you tube but i always have questions that i dont understand
I’m liven it
Hi i have a question do you want to join my space community?
@@AliSpace-yj8qvtf outta here