Eh, given that diamonds are purely made of one of the most abundant elements on the planet, it's not like you can make much money out of them. Compared with your costs at least.
There was an episode of the 1950's TV series " The Adventures of Superman " starring George Reeves where Superman used his super strength to crush a piece of coal between his palms to make a diamond. How else do you think he was able to keep up on the mortgage payments on the Fortress of Solitude.
There's a callback to this in Superman 3. Fun fact: there are literally planet sized chunks of gold out in the universe as a result of supernovae. Superman could fly out, find one, bring a relatively small chunk of it back here to Earth and be the richest being on the planet. In fact, if he brought back 350,000 cubic feet (a cube that was just over 70 feet on each side) he would have as much gold as has been mined throughout human history.
@@leaftune4427 Haha, well he was Superman after all. I did hear that Lois Lane was not so crazy about him being " Faster than a Speeding Bullet " with everything he did.
I wonder if those are actually diamonds. He should test them by trying to scratch glass, this way he will be able to confirm that he just didn't make glass from the silica in the pencil lead.
That's not really that great of a testing method. The list of things that can scratch glass is longer then warnings/RoL on a new qnd experimental medicine
@Apsoy Pike Because they are not really diamonds , they would be if you couldn’t tell the difference but then the price of diamond would come crashing down .
@Apsoy Pike Nor anywhere as good as natural diamond, hence the value of real ones . What for they use them for ? Builders cutting equipment. My point stands .
The funniest thing is that at the beginning there is a warning not to do this at home, do we look like Phineas and Ferb to create a 500 ton hydraulic press at home?
Well, graphite for writing/drawing is almost always mixed with clay or something, pure one is way too soft. You could get it from an electric engine (brushes), for example. Charcoal also is not the same as coal from mine
Yes but that's only because you wouldn't want to use coal, since it has all sorts of other crap in it like sulfur and tar. You would want some decently pure carbon and charcoal would be much better but still not great, if you've ever noticed the gray ash left over after burning charcoal briquettes, that's the proof it's not very pure carbon either.
@@noneyabidness9644 You blindly accept things without question. He probably made glass, even if he did make a diamond he didn't prove it in any way. It would be way more interesting if he had done some tests on it afterwards, like very simply seeing if it was able to scratch something hard. Something at say an 8 or 9 on the mohs to show it wasn't just glass.
No, it's definitely diamond, I can tell just from looking at its crystal structure that it is definitely diamond, quartz forms hexagonal prisms not octahedrons. Also, silica wouldn't be discolored amber that way. Maybe if you want to look as smart as possible, your best strategy should be not to say anything at all, pal. Not just here but in life in general.
I would want to see X-ray crystallography on the substance. You appeared to be starting from very impure graphite, i.e. pencil "leads". I think it's more likely that the yellow stuff was a glass formed from the clay in the starting material.
I have used a Walker Style Multianvil to make diamonds, and at 5GPA (50kbar), it takes ~1 day with temperature at least 1500C to create diamonds that are maximum ~100 microns in size. Higher temperature and pressure speeds up the process, as well as using seed diamond. There is no way that diamonds were produced by the process shown here.
@@alquinn8576 Could very well be diamond. There's a common shock process for creating diamond coatings that uses an explosive layer. Also, for that crystal to be mere "glass" would have required the aggregation of lots of silicon contaminant (probably 'way more than is in the total sample). Shape and color are intriguing here- I'd have expected darker more elongated crystals.
@@orangequant that doesn't sound right. I think you are mixing up two mechanisms to produce diamond. One is chemical vapor deposition (CVD) which is high temperature, low pressure (vacuum chamber) and can result in a thin coating of diamond. Another is shock compression which is typically done well above 20GPa. While shock compression can produce diamond within nanoseconds, the resulting diamond is microscopic and is confirmed via x-ray diffraction.
Note that there is another diamond like carbon compound that could form with a slightly different crystal structure... but from what I have read years ago in my book on synthetic gem making, it is very unlikely that you reached the conditions needed. If you did make diamond or the alternative crystal structure the yellow would be from impurities, probably nitrogen. Pencil leads get their hardness from clay, the softest pencil leads are mostly graphite.
Yep. He even said at the end, when he measured its size to be one sixth of a millimeter. So no one is going to be upsetting the diamond market with this strategy.
Damn, I wish I had been able to help you with those close-up shots using my microscope. I put salt under it and it was amazing! Even better was the time I put weed under the microscope because there are trichomes that look like mini shark fins and ones that look like mini mushrooms. It's a trip.
There are diamonds the size of battleships in the Earth's crust. Diamonds are not rare at all, though naturally occurring shiny diamonds are fairly rare. Except for their hardness, diamonds are a useless rock. And gold is not a particularly useful metal, outside of the fact that it won't tarnish. Silver is a better conductor, except for the fact that it will tarnish. Iron is far more useful than gold; it just doesn't happen to be rare because a star will use most of its nuclear fuel creating iron by the end of its life. Anyhoo, interesting video!
They are valuable because we give them value. Money doesn't have any value as you put it. They're pieces of paper, which are supposed to be worth a certain amount of gold or silver (backed up by the treasury). But we give money value, so it is valuable. And diamonds are actually very useful due to their hardness. A blade or saw edge lined with diamonds will cut the hardest things on Earth.
@@swistedfilms relatively rare, yes. There is a limited amount of them on the Earth that we can access. Sure there's a lot at the core of the earth, but we can't get them. And to get one's that are flawless and people desire, yes quite rare. Especially compared to the population.
@Josh Jameson You know, sound travels differently depending on the medium. Geophysicist use seismic pressure waves to determine earth's composition. This is not blind faith; it has substance; blind faith is what you're saying with nothing to substantiate it. However, there is not a single human alive that doesn't have blind faith on one level or another, because no one knows everything about anything; assumptions fill in the gaps because we have lives to attend to. And I say that as a "religious nut." Idc how much literature you can get your hands on within the realm of your beliefs, you make assumptions, you must.
Since diamonds are the strongest gem in the world can you try lonsdaleite it is 58% longer than diamond because it is caused by a meteorite strike so it is not a natural resource of this world. And it's tronger because it has hexagonal lattice, which makes it up 58% sronger
Also that wire did nothing, no isolation. The current went through the outside pipe and not what he wanted it to do. Electricity doesn't work he way he thinks either.
@@sweetlittledumpling9534 Google also tells you that goverments are controlling your mind by chemtrails spread out of passengerplane engines, or that Jesus actually was an alien 🤣
Spend a bit of time creating the perfect die that allows you to make a larger diamond. Bigger carbon chamber? More current? Im not an expertin any of this, but if I had your set up, I'd be looking at a way to make some man made diamonds. I know they're not as valuable, but the right cut, quality, etc., the value could be more. Just checked & the right cut & quality is about $1000.00 or more per carot, there was a 6.3 carot that sold for almost $62.000.00.
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The best way to create a diamond would be co2 gas as in that state it will be able to develop the correct crystalline structure it needs to be an actual diamond.
Try with an actual piece of coal, and also some fine powdered coal/carbon. Fill up the cylinder most of the way with the carbon powder, then compress it with pressure and heat.
its fake one... the reason being, 1> presence of oxygen in the atmosphere... 2> the nucleation time for diamonds from coal is huge... you cant create diamonds in minutes... like at least you should have performed this thing in a vacuum... if you really want to make one, go with the CVD process... it was just a click bet...
Your argument is true only for some ways of creating diamonds. They are made by the same method of detonation, simply explodes explosives, very small diamonds are obtained, but almost instantly. And no vacuum is required. Probably the author of the video lied, it is unlikely to pull out such a "large" diamond with this method, but in general the idea is correct, pressure + temperature.
Clark did this once on Smallville, upon a small lump of coal - in his hand ... a cut diamond, and then he used his heat vision to fuse the gold ring interface retaining it ... But then, having besought his father back at the ice fortress - where all this began - he had to go back in time and undo it, because of the directly consequent circumstance of Lana's demise ... So, then instead of betrothal to Clark, she straight away ends up on the pathway to marrying Lex ... Yet unbeknownst, there was a backup plan.
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Das war für den Anfang nicht schlecht. Um gute Ergebnisse zu erzielen müsste dieser Prozess aber mehrere Wochen durchgeführt werden. Man kann schon Diamanten, aus der Asche von Verstorbenen, herstellen lassen. Es ist aber ein sehr kostspieliges Unterfangen.
It is very difficult to make diamond from graphite. You can use a tiny diamond to enlarge the size of the diamond. You have to put different filters for impurities.
If diamonds are a girls best frind then i think its time us guys get to the hydraulic press. Instead of a proposal with a ring, rather propose with a hydro press and an ounce of coal.
Nope, that was not real, it takes way more pressure, a complete sealed containment and very high temperatures to grow diamonds, those have to stay in this state for several days to get such diamonds like you can find on tools, the larger ones need a few weeks and even more pressure. This clearly is fake.
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those aren't diamonds, those are grains of sand, often used to strengthen graphite. graphite frequently contains fine sand/clay mixed with graphite to make it stiffer and stronger than pure graphite.
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"Do not try this at home."
Thank you for warning us! We all have Hydraulic Presses and that could have been dangerous
😂😂😂😂😂
Conclusion: a 500ton hydraulic press and some coal is a good investment
TUUUT TUUUT
Just do what every big league diamond brand does and give 50cents to a Ethiopian child every week and they'll dig them up for you.
@@TheWasher18 Sounds hard but is/was true
Eh, given that diamonds are purely made of one of the most abundant elements on the planet, it's not like you can make much money out of them. Compared with your costs at least.
Will diarrhoea activated carbon tablets work ??
There was an episode of the 1950's TV series " The Adventures of Superman " starring George Reeves
where Superman used his super strength to crush a piece of coal between his palms to make a diamond.
How else do you think he was able to keep up on the mortgage payments on the Fortress of Solitude.
Yeah I remember it and for some reason, the diamond was just as large as the lump of coal 😝
There's a callback to this in Superman 3. Fun fact: there are literally planet sized chunks of gold out in the universe as a result of supernovae. Superman could fly out, find one, bring a relatively small chunk of it back here to Earth and be the richest being on the planet. In fact, if he brought back 350,000 cubic feet (a cube that was just over 70 feet on each side) he would have as much gold as has been mined throughout human history.
Ohh, I remember that episode!
Haha, I like how the diamond he made was perfectly cut and everything.
@@leaftune4427 Haha, well he was Superman after all. I did hear that Lois Lane was not so crazy about him being " Faster than a Speeding Bullet " with everything he did.
I think Smallville did it too.
I wonder if those are actually diamonds. He should test them by trying to scratch glass, this way he will be able to confirm that he just didn't make glass from the silica in the pencil lead.
Smart idea !
That's not really that great of a testing method. The list of things that can scratch glass is longer then warnings/RoL on a new qnd experimental medicine
Do you really think diamond would be so valuable if any cretin could just make them in his sheaf ?
@Apsoy Pike
Because they are not really diamonds , they would be if you couldn’t tell the difference but then the price of diamond would come crashing down .
@Apsoy Pike
Nor anywhere as good as natural diamond, hence the value of real ones . What for they use them for ? Builders cutting equipment. My point stands .
"don't repeat at home"
*Slowly puts hydraulic press back in pocket*
Stolen comment
@@kaydens6964 no?
sure u did, unless you started this type of comment way back when the channel started
Funny comment nonetheless
@@erwinwendler4621 I just thought of something, and this came to my mind Lol🤣
The funniest thing is that at the beginning there is a warning not to do this at home, do we look like Phineas and Ferb to create a 500 ton hydraulic press at home?
Well, graphite for writing/drawing is almost always mixed with clay or something, pure one is way too soft. You could get it from an electric engine (brushes), for example. Charcoal also is not the same as coal from mine
What about Anthracite Coal?
@@schumi9xwdc it's the best version of coal. Also there is a transitional form between anthracite and graphite - shungite
Yes but that's only because you wouldn't want to use coal, since it has all sorts of other crap in it like sulfur and tar. You would want some decently pure carbon and charcoal would be much better but still not great, if you've ever noticed the gray ash left over after burning charcoal briquettes, that's the proof it's not very pure carbon either.
"Do not repeat at home" ok gonna buy. A road roller
Roda rollada
@@myarmsrgone WWRRRRYYYYYYYYYYY
@@jonolivier9126 IT'S TOO LATE! YOU CANNOT ESCAPE
Only flat earthers could believe this.
But it takes "trillions and trillions of millennia to make diamond!"
Guy with a small hydraulic press: "Hold my vodka."
This is cool, but I doubt that was diamond
@@InsanePorcupine it is a diamond. Exact same chemical and physical properties.
@@noneyabidness9644 I'm unconvinced it has the exact same physical properties. I saw no proof of that provided in the video
@@InsanePorcupine when you refuse to open your eyes, that is expected.
@@noneyabidness9644 You blindly accept things without question. He probably made glass, even if he did make a diamond he didn't prove it in any way. It would be way more interesting if he had done some tests on it afterwards, like very simply seeing if it was able to scratch something hard. Something at say an 8 or 9 on the mohs to show it wasn't just glass.
Congratulations, you've just created glass from the clay mixed with pencil graphite!
Congratulations you just learned this yourself from this very comment section
I’m confused how you think this is glass? It’s made with the same stuff diamonds are made of not glass.
No, it's definitely diamond, I can tell just from looking at its crystal structure that it is definitely diamond, quartz forms hexagonal prisms not octahedrons. Also, silica wouldn't be discolored amber that way. Maybe if you want to look as smart as possible, your best strategy should be not to say anything at all, pal. Not just here but in life in general.
I would want to see X-ray crystallography on the substance. You appeared to be starting from very impure graphite, i.e. pencil "leads". I think it's more likely that the yellow stuff was a glass formed from the clay in the starting material.
I have used a Walker Style Multianvil to make diamonds, and at 5GPA (50kbar), it takes ~1 day with temperature at least 1500C to create diamonds that are maximum ~100 microns in size. Higher temperature and pressure speeds up the process, as well as using seed diamond. There is no way that diamonds were produced by the process shown here.
yeah xrd data would be great
@@alquinn8576 Those are definitely diamonds and you're just an uninformed hater.
@@alquinn8576 Could very well be diamond. There's a common shock process for creating diamond coatings that uses an explosive layer. Also, for that crystal to be mere "glass" would have required the aggregation of lots of silicon contaminant (probably 'way more than is in the total sample). Shape and color are intriguing here- I'd have expected darker more elongated crystals.
@@orangequant that doesn't sound right. I think you are mixing up two mechanisms to produce diamond. One is chemical vapor deposition (CVD) which is high temperature, low pressure (vacuum chamber) and can result in a thin coating of diamond. Another is shock compression which is typically done well above 20GPa. While shock compression can produce diamond within nanoseconds, the resulting diamond is microscopic and is confirmed via x-ray diffraction.
This is exactly what I want to repeat at home. I have many pencils that need to change to Diamond.
Pencils arent made of coal, nvm goodbye.
@@So._Annoyed your right
You’re
@@So._Annoyed he was trying to agree with you and elevate your statement in case your rice cake shaped brain can't tell
@@So._Annoyed don't be that guy
Note that there is another diamond like carbon compound that could form with a slightly different crystal structure... but from what I have read years ago in my book on synthetic gem making, it is very unlikely that you reached the conditions needed. If you did make diamond or the alternative crystal structure the yellow would be from impurities, probably nitrogen. Pencil leads get their hardness from clay, the softest pencil leads are mostly graphite.
Yeah that's my thoughts too. I doubt this was diamond.
I just can’t stop watching
That was a great demonstration.
But that 💎 looked smaller than a grain of sand.
Yep. He even said at the end, when he measured its size to be one sixth of a millimeter. So no one is going to be upsetting the diamond market with this strategy.
Damn, I wish I had been able to help you with those close-up shots using my microscope. I put salt under it and it was amazing! Even better was the time I put weed under the microscope because there are trichomes that look like mini shark fins and ones that look like mini mushrooms. It's a trip.
what's the model of your microscope?
There are diamonds the size of battleships in the Earth's crust. Diamonds are not rare at all, though naturally occurring shiny diamonds are fairly rare. Except for their hardness, diamonds are a useless rock. And gold is not a particularly useful metal, outside of the fact that it won't tarnish. Silver is a better conductor, except for the fact that it will tarnish. Iron is far more useful than gold; it just doesn't happen to be rare because a star will use most of its nuclear fuel creating iron by the end of its life.
Anyhoo, interesting video!
They are valuable because we give them value. Money doesn't have any value as you put it. They're pieces of paper, which are supposed to be worth a certain amount of gold or silver (backed up by the treasury). But we give money value, so it is valuable.
And diamonds are actually very useful due to their hardness. A blade or saw edge lined with diamonds will cut the hardest things on Earth.
@@oveja9975 useful, yes. Rare? Not at all.
@@swistedfilms relatively rare, yes. There is a limited amount of them on the Earth that we can access. Sure there's a lot at the core of the earth, but we can't get them. And to get one's that are flawless and people desire, yes quite rare. Especially compared to the population.
@Josh Jameson
You know, sound travels differently depending on the medium. Geophysicist use seismic pressure waves to determine earth's composition.
This is not blind faith; it has substance; blind faith is what you're saying with nothing to substantiate it.
However, there is not a single human alive that doesn't have blind faith on one level or another, because no one knows everything about anything; assumptions fill in the gaps because we have lives to attend to. And I say that as a "religious nut." Idc how much literature you can get your hands on within the realm of your beliefs, you make assumptions, you must.
Gold is being used by neuralink to probe people's brains and gather data. They use it due to non corroding properties
Nice experiment! Kind of mimics meteorite diamond formation, ie, high impact force with high heat, a flash process.
Full metal alchemists
6:07 this part looks so cool it's like magic how he took that chunk out of nowhere 😍
The nitrogen in the air makes them yellow.
Interesting. Love to see people experiment! Love from the USA
Since diamonds are the strongest gem in the world can you try lonsdaleite it is 58% longer than diamond because it is caused by a meteorite strike so it is not a natural resource of this world. And it's tronger because it has hexagonal lattice, which makes it up 58% sronger
nerd
So you're saying it's longer and tronger?
Sell them lol
Lol :D
Yea, sell 0.16mm of a filthy diamond. Have to have a few of them for a penny
That is artificial diamond
Was that a 0-25 carat micrometer calibrated by DeBeers?
I produce these every day siting on my WC.
so i saw some yellowish crystals in your last experiment, was that diamond? of some other mineral? cool experiment either way =)
yeah, that's so crazy it's like it's not even real
but the internet never lies.
Soviet micrometer from 1983 got me smiling
De Beers left the chat...you need to add some marvel mystery oil in the piston and cylinder block to churn out larger diamonds
This should be need in TH-cam originals
Interesting good work.
Yes,... thats not how growing diamonds work
Also that wire did nothing, no isolation. The current went through the outside pipe and not what he wanted it to do. Electricity doesn't work he way he thinks either.
*growing diamonds*
You can do it this way. A quick Google search will tell you that. Also, you don't grow them. They are Diamond.
@@sweetlittledumpling9534 Google also tells you that goverments are controlling your mind by chemtrails spread out of passengerplane engines, or that Jesus actually was an alien 🤣
@@jonatanmoewe9983 I see you don't actually care. Trolling. I have no time for it.
“Don’t repeat this at home”
Ah yes, him doing it in his living room
NICE one!!! :)
Spend a bit of time creating the perfect die that allows you to make a larger diamond.
Bigger carbon chamber?
More current?
Im not an expertin any of this, but if I had your set up, I'd be looking at a way to make some man made diamonds. I know they're not as valuable, but the right cut, quality, etc., the value could be more. Just checked & the right cut & quality is about $1000.00 or more per carot, there was a 6.3 carot that sold for almost $62.000.00.
I love this channel 😘😘
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#ライブ配信の再編ありがとうです！#この日のライブ配信は、#かならりやばかったですね！１#万人を超える人が見ていたもんね（笑）#やっぱり人参最高！#まさかのカメラ切り忘れでやら1かしたのもドキドキでした！#今後は気を付けないとね5). .
!💖🖤❤#今後は気をライブ配信の再編ありがとうです！#この日のライブ配信は、#１万人を超える人が見ていたも ん（#笑）#やっぱり人参最高！#まさかのカメラ切り忘れでやら1かしたのもドキドキでした #今後は気をライブ配信の再編ありがとうです！（ #笑）#垃圾
new sub and a thumbs up. very cool experiment
The first 30 seconds I was intrested
The best way to create a diamond would be co2 gas as in that state it will be able to develop the correct crystalline structure it needs to be an actual diamond.
I still got a buncha pencil lead left over from my college days... now ALL I need is a 500 ton hydraulic press!
How much sp2 to sp3? a.k.a How "diamondy" is it? You gotta do more than just look, but yeah, maybe a few in there may be good. Good work!
You guys
Don’t you know the laws of physics states
You can not make diamonds without
PEANUTBUTTEr.
lol
Cool! 😃👍
Фух,а я то думал что контент кто-то у тебя ворует)а эт твой второй канал
Pretty cool 😎
Mast bro
As an artist, seeing you break the graphite made for mechanical pencils broke me.
Try with an actual piece of coal, and also some fine powdered coal/carbon. Fill up the cylinder most of the way with the carbon powder, then compress it with pressure and heat.
The music Is similar to "Terminator 2"
I am the only one that saw the thumbnail and thought there were two bullfrogs?
Tf is going on in yo brain 🤣
@@JonahRoyes Bullfrogs apparently
His Part time job ( after youtub )
Very impressive! But what can you do with a 1000 ton hydraulic press?
Make the diamond twice as big?
Dispose of human remains by smashing it all to a pulp.
Nothing you need 5000 tons to make diamonds. This fake
@@raulduke6953 i didnt know it was needed at least 5t pressure, That's some thick steel!
its fake one... the reason being,
1> presence of oxygen in the atmosphere...
2> the nucleation time for diamonds from coal is huge... you cant create diamonds in minutes...
like at least you should have performed this thing in a vacuum...
if you really want to make one, go with the CVD process...
it was just a click bet...
Your argument is true only for some ways of creating diamonds. They are made by the same method of detonation, simply explodes explosives, very small diamonds are obtained, but almost instantly. And no vacuum is required.
Probably the author of the video lied, it is unlikely to pull out such a "large" diamond with this method, but in general the idea is correct, pressure + temperature.
Ah yes, click bet
Crazy hidraulic: Let's make some diamonds with coal😎
Yujiro hanma: Give me that! *smash the coal with his hand and it became a diamond*
guys dont worry its fake
You would make millions
In this way we can make many diamonds !!🤣🤣
Clark did this once on Smallville, upon a small lump of coal - in his hand ... a cut diamond, and then he used his heat vision to fuse the gold ring interface retaining it ... But then, having besought his father back at the ice fortress - where all this began - he had to go back in time and undo it, because of the directly consequent circumstance of Lana's demise ... So, then instead of betrothal to Clark, she straight away ends up on the pathway to marrying Lex ... Yet unbeknownst, there was a backup plan.
Seeing the thumbnail, I thought hydraulic press was used on graphite and diamond....graphite lost and diamond won 🤣
Imagine if he sneezed 😂
Diamond!
If can, shine X rays onto the mess. Diamonds fluoresce under X rays..
What a cool experiment
Welp. That was more of a letdown than my senior prom.
How about
Hydraulic Press VS lonsdaleite diamond?
What's the background music?
Good stuff
Great
Now you can melt down all the little diamonds to make a big diamond!!!
big diamond companies: STOP THAT MAN
You are scared
Is this the future?
Yes
Looks like the past
first view and like
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I Will Accompany, And Make You Happy💋🥰
TH-cam: This is fine
Someone: Says "heck"
TH-cam: Be gone
#ライブ配信の再編ありがとうです！#この日のライブ配信は、#かならりやばかったですね！１#万人を超える人が見ていたもんね（笑）#やっぱり人参最高！#まさかのカメラ切り忘れでやら1かしたのもドキドキでした！#今後は気を付けないとね5). .
!💖🖤❤#今後は気をライブ配信の再編ありがとうです！#この日のライブ配信は、#１万人を超える人が見ていたも ん（#笑）#やっぱり人参最高！#まさかのカメラ切り忘れでやら1かしたのもドキドキでした #今後は気をライブ配信の再編ありがとうです！（ #笑）#垃圾
title: CoAl Me MaKe DiOmAnD
video: DoNt RePeAt ThIs aT hOmE!
me: dream speedruns making diaomond's
idea: hydraulic press vs slinky
I don't understand what I just watched, but still kinda interesting.
man made diamonds
Now you just need to glue them all together
Best
Good👍
Das war für den Anfang nicht schlecht. Um gute Ergebnisse zu erzielen müsste dieser Prozess aber mehrere Wochen durchgeführt werden. Man kann schon Diamanten, aus der Asche von Verstorbenen, herstellen lassen. Es ist aber ein sehr kostspieliges Unterfangen.
Is "Asche von Verstorbenen" a figure of speech or do you literally mean I can turn my grandma into diamonds?
All that for microscopic bits?
It is very difficult to make diamond from graphite. You can use a tiny diamond to enlarge the size of the diamond. You have to put different filters for impurities.
Cool u'll be millionare soon. Can u make gold?
Amazing✌️🧐🇬🇧
Ah yes
If diamonds are a girls best frind then i think its time us guys get to the hydraulic press. Instead of a proposal with a ring, rather propose with a hydro press and an ounce of coal.
intro: Do not repeat at home.
Why we going to do this🤔
If this was real, it will be an artificial diamond that only worth a few bucks, like the ones in tiles cutter tools.
Yes, but the fact he did it is cool.
Nope, that was not real, it takes way more pressure, a complete sealed containment and very high temperatures to grow diamonds, those have to stay in this state for several days to get such diamonds like you can find on tools, the larger ones need a few weeks and even more pressure.
This clearly is fake.
@@jonatanmoewe9983 Source dude?
@@Vicsonvee source is “trust me bro”
He sounds like the know it all
In polar express
Uau!
How Did you want to repeat this at home ? We have no press x)
STONKS
very cool, but just to be clear, graphite ≠≠≠≠≠≠≠ coal.
if it would be that easy, the world would be awash in cheap diamonds.
“Congrats to everyone who is early and who found this comment”
Best-PartnerⓈⒺⓍⓈ🔞-------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------💜 Aishite.Tokyo/Tatsuhisha?Heavy-Sex 💋
I Will Accompany, And Make You Happy💋🥰
TH-cam: This is fine
Someone: Says "heck"
TH-cam: Be gone
#ライブ配信の再編ありがとうです！#この日のライブ配信は、#かならりやばかったですね！１#万人を超える人が見ていたもんね（笑）#やっぱり人参最高！#まさかのカメラ切り忘れでやら1かしたのもドキドキでした！#今後は気を付けないとね5). .
!💖🖤❤#今後は気をライブ配信の再編ありがとうです！#この日のライブ配信は、#１万人を超える人が見ていたも ん（#笑）#やっぱり人参最高！#まさかのカメラ切り忘れでやら1かしたのもドキドキでした #今後は気をライブ配信の再編ありがとうです！（ #笑）#垃圾
yo
Interesting
Pin
Sup
Hay you made a earthquake lol
"do not repeat..." As if I can get a diamond...
those aren't diamonds, those are grains of sand, often used to strengthen graphite. graphite frequently contains fine sand/clay mixed with graphite to make it stiffer and stronger than pure graphite.
If you were to drop the background music and add "ASMR" in front of the title, I bet you get over a million damn views.
Nice music