Metallic Glass - A Material WE ARE NOT READY FOR!

[@BlackHoleForge]

I remember a Star Trek movie, where's Scotty the engineer went back in time and gave them the formula for transparent aluminum glass

[@sovietsanta1]

It’s real, look up ALON, it could be called transparent aluminum

[@PREPFORIT]

Hello computer.... ahh a keyboard - how quiant " : )

[@ErraticPT]

What was never explained was why did the tank have to be transparent or aluminium. Unless they are implying that "transparent aluminum" is a lot stronger and lighter than regular aluminium.

[@jasonfischer8946]

That's the ticket, laddie.

[@BlackHoleForge]

@@ErraticPT I think they were trying to find something that was clear, so that you could see through it, and yet be structurally strong like a metal.

[@bromisovalum8417]

I knew an old German glassblower that was willing to make/fix some labglass for me, but only if I watched him do it. It's a beautiful art, but as a craft by private individuals it is disappearing, he was sad that he didn't have someone else to teach it to. He fixed labglass for some companies, and made artistic glasswork too. I miss him, rest in peace Werner. Your skills were truly magnificent.

[@ZygmuntKiliszewski]

Amen (!).

[@jebes909090]

You missed that he had his penis out the whole time. That dirty old man.

[@SixOhFive]

Too bad you didn't learn from him

[@Voitan]

IMAGINE the "paper" cuts from these babies.

[@cosmicrider5898]

1:32

[@nialldoyle8206]

😂

[@sunrazor2622]

since the metal is smoother, it would likely just slide across your skin than to cut it. paper has a rough surface so on the edge it's like tiny saw teeth.

[@Voitan]

@@sunrazor2622 Ok sure pristine printed cutouts of glassy metal might be safer, but imagine the shattered part cutting you.

[@sunrazor2622]

@@Voitan you can't really bend glass that way; I'd imagine the shattered pieces of metallic glass would be more like tiny pieces of sharp plastic as far as their rigidity goes. Anyone want to experiment with it?

[@Jason5267]

"A material we are not ready for!!!" "We have been using this material since 2003 to make many different things" wow...

[@dekutree64]

Apparently golf is not ready for it.

[@Demante]

yeah the title was misleading.

[@Dead1_s]

This guy sounds like he could be Borats brother. They are a little behind in Kazakhstan . Very Niice 👍👍👍

[@cheesywiz9443]

@@Dead1_s lmao

[@trippleeksell4098]

Hipster engineers, the future is now, old man!!

[@quantum_beeb]

"I made a springy spring" Love this guy

[@robertmendick3195]

In Star Trek IV, The Voyage Home (1986).... Scotty shows a plexiglass manufacturer how to make transparent aluminium... Science fiction is becoming reality!

[@TheExplosiveGuy]

Have you heard of the material ALON? It's a new material made of aluminum, nitrogen and oxygen, and is immensely strong, and happens to be transparent. Material science is getting crazy...

[@RJDA.Dakota]

Things are only impossible until they’re not anymore. Real science is a free-for-all. All things are possible. I saw that Star Trek movie. 🤔 Hmmm. Makes me wonder if someone on the inside leaked info to Hollywood.

[@Shimo_28]

ye remember that scene too holy cow

[@robertmendick3195]

@@TheExplosiveGuy I didn't know about ALON. I looked it up. Fascinating....Thank You!

[@TheExplosiveGuy]

@@robertmendick3195 cool stuff huh? It's super expensive at the moment and is pretty much used exclusively by the military as armor for windows (or will be anyways), but hopefully it will become cheaper and more widely available to the public eventually. I can't believe how tough it is, did you see the video where they shoot a slab only 1.6" thick with an armor penetrating .50 BMG round? Stopped it cold, and most regular bullets (FMJ, ball, that sort of thing, anything without an AP core) don't even scratch it, it's so hard the bullet just disintegrates, like shooting steel with a .22 lol. I really want some to play around with, but I doubt that's happening any time soon...

[@hawk2407]

Chemistry would have never been that fun without these guys🔥🔥❤

[@nishtha8981]

Right dude

[@brandonlamontcooper8141]

Keep up the great work.. don't give up, we can reach efficiency 🌱🕊️

[@QuasistellarNymphomaniac]

Me after not paying attention for a minute: "uhm, why tf is this guy talking about golf clubs now?"

[@CaveyMoth]

SCIENCE!

[@Girlgamssilver]

I wondered why also

[@chrisdaldy-rowe4978]

Golf clubs are high tech m8 research it

[@deiniou]

Okay I will start by saying that this is super awesome, never heard of such a thing but... I cant take Borat out of my mind hearing this legend!

[@Baleur]

Funny how this stuff was in 1947's roswell incident xD "Metal that retained its shape after bending"

[@observeoutofthebox7806]

@stratgibson who the fuck is Lazar bruh

[@DANTHETUBEMAN]

Where we making this back then? It's not imposable some one was I guess

[@DANTHETUBEMAN]

@@observeoutofthebox7806 google water powed car lazar, he solved the gas crisis

[@maxim6088]

I mean we had those metals for like 2 decades... This isn't a the only metal that retains it's shape after bending... Who knows what the military had in the late 40s... Just look at the b2 looking stealth bombers nazi Germany had...

[@colincampbell767]

It was simple ordinary mylar. (Which back then, wasn't used in children's balloons so most people didn't recognize it.)

[@jmuck7800]

I remember watching something about the Roswell incident. There was a weird foil material that wouldn't stay folded.....

[@CrazyFlyingMonk]

well human already have alloys like that that"remember their shape" and always return to the exact shape they were originaly formed n . but i remember watching that back before i stopped trustimg/ watching discovery and history channel

[@3bydacreekside]

I was just thinking about that

[@kirknay]

Funnily enough, the Rosswell incident actually was a weather balloon... technically. It was a top secret prototype balloon for extremely high altitudes, for aerial footage on a budget. Given how advanced top secret material technology is, I wouldn't be surprised if they used it for some parts of the balloon.

[@SoCalTrooper]

@@kirknay if you watch the video closely, he never actually crimps the tape when he folds it, he stops at the last second.

[@DrQuaid]

@@kirknay roswell was a UFO, area 51 contained vehicles that came from off-planet, The US, N4z1 Germany, Russia, and britian all have craft from off-world. There are bases in the ocean, inside the mountains, and in a few locations that are extremely remote and practically impossible to reach without advanced technology. Also, either these other entities have a base or bases on the moon, or we do.

[@firstmkb]

I bought stock in LiquidMetal about 20 years ago, and thought about having stock certificates printed and framed, but it would cost more than the stock is worth. Good reminder that there is a long distance between a cool piece of science, and a viable commercial product. I had no idea about the problem with the golf clubs, thanks for researching and sharing. I'd still like to have their round ball from the demo video that sold me on the product. At least I would have a nice desk toy from my $1,000.00

[@pwnmeisterage]

It just wasn't the best material for your application. It is a good material for the golf clubs application, except the application itself imposes regulations which limit usefulness. It's an interesting material with promising properties. But, aside from transformer coils and some niche sensor/antenna stuff, nobody has really found an application where this material is always the preferred choice. The theoretical science can't go much farther with this material until the applied science (and greedy capitalism) discovers some way to make it useful.

[@pwnmeisterage]

@@Joe-nq6hy Longer-lasting electric car?

[@nicholaslandolina]

Wow

[@johnbunce2232]

I was so intrigued by Liquidmetal, I also bought stock in it. I really wanted samples. But could not acquire any.

[@faceplants2]

I'm curious about the thermal properties of metallic glass versus more common alloys. Especially when he mentions making the frame of a mobile phone out of it at the end.

[@retovath]

It depends on the composition of the amorphous metal alloy. The higher the number of elements in the alloy, the generally higher the transition temperature before the amorphous metal becomes crystalline again. The phase transition temperature resides between 280°c to 400°c for a large swath of the known alloys.

[@nickbarelman242]

Different alloys of metallic glasses have different thermal properties. These mainly depend on the elements from which the metallic glass is made. A W-based metallic glass for example has a much higher melting point than a Cu-based metallic glass. What is interesting for metallic glasses is, that they show a glass transition temperature, which effectively means that they will become very soft and deformable, without crystallizing. If you then heat the metallic glass further it will crystallize. However, the biggest drawback of metallic glasses in structural applications is not mentioned. Metallic glasses suffer from sudden critical failure when you apply a load. E.g. when you bend a steel rod, it will bend before it breaks. Metallic glasses however will just suddenly snap, much like regular Si-based glass. This has to do with the differing deformation mechanism between crystalline materials and metallic glasses. You can google "shear transformation zones" for further information if you want.

[@Mernom]

@@nickbarelman242 That's why the edge of the scissor cut zone was so edgy, right?

[@Carsnbikes73]

They use silver oxide coating in double glazing. Very good.

[@nickbarelman242]

@@Mernom yes, because metallic glasses are quite brittle unless they are very very thin. The behavior changes quite dramatically when you go below a certain thickness. E.g. if you have a 200nm thick film of metallic glass it is actually quite ductile and durable as compared to thicker films like the ribbon in the video.

[@Netanya-q4b]

"Hello computer...Ah, a keyboard, how quaint."

[@ImplodedAtom]

Don't bury yourself in the part!

[@JackmeriusTacktheritrix-000]

I understood that reference

[@zmancan5290]

Well done, Scottie. Save the whales and the planet!

[@calebwalters1869]

I loved that movie. I started reading the book about what takes place after the events of that movie. The cylindrical probe becomes relevant again and is actually an automated ship designed to search for life like its creators from millions or billions of years into the past of star trek (the humpback whales apparently are similar to them). It starts to roam into Romulan space and they... well they react like you'd expect Romulans to react, with suspicion, accusations against their perceived enemies, trying to capture it and destroy it if they can't, etc. The Enterprise crew cooperates with the crew of a Romulan vessel to explore some ruins of an ancient space-faring civilization that I suspect will turn out to be those who made the probe.

[@steve-o6413]

It's not transparent aluminum, but might be used where vibrations are a problem...

[@SIMONP1965]

I thought this was going to be about transparasteel, but that was a long long time ago in a galaxy far far away....

[@yodab.at1746]

It was, yes.

[@Redditard]

Isn't this foil exactly like that metallic sheet found near rosewell incidents? 🤨

[@anhtunguyen781]

we have solid metal, liquid metal, glass metal what now, are they gonna discover gas metal

[@iuhsdihdslifuvholuidfh]

I was secretly hoping for it🙏

[@iuhsdihdslifuvholuidfh]

@@anhtunguyen781 I know they turn uranium,which is a metal,into a gas before enriching it.

[@jetjazz05]

sounds like a mad scientist.... then waves metallic glass like it's a ribbon dancer. Genius.

[@eggmanslimz]

He sounds pissed... Lol

[@xenonram]

🎶Ribbon Dancer up and down, dancing in the street. Come on and do it! Ribbon Dancer all around, dancing to the beat. Jump on through it! 🎶 LOL. I used to love that heat.

[@CaveyMoth]

I love how he says, "amorphous."

[@azurealism]

My dude, I have to challenge your analysis and conclusions at 10:42. Your standard deviation for the glass head is just 20% that of the steel club (26.2 for glass vs 133.8 for steel). Any athlete can tell you consistency in performance is more desirable. Also, if you drop your values into a histogram, the glass club has a strong left skew, vs a strong right skew for the steel club. Which means that while the glass club had a few poor showings in its data, it consistently hit further with 5 of 12 shots being over 1,000 mm vs just 4 in 12 shots going over 1,000 mm for the steel club. Almost half of shots for the steel head were under 930 mm vs just 1 glass head shot coming in that bucket. Likely the real reason these stopped selling is that amateur golfers buy clubs as a matter of status. Most of them aren't particularly good golfers and will shank just as hard with top of the line clubs as they will with the cheapest ones. But because of a desire to appear as someone who is a high performer and therefore worthy of high status among his peers (golf is a social game), they will continually search for something that gives them a perceived edge. Club makers likewise are constantly pushing new materials into the club design in order to make money off exactly these buyers. As it happens, the parent company of Liquid Metal golf clubs didn't make golf equipment, and when Liquid Metal Golf Clubs failed to take the world by storm, they withdrew from the market to focus on their core product - tennis rackets. You can still purchase liquid metal tennis rackets under the HEAD brand name. For legal reasons, I offer the following disclaimer: I don't play golf, nor do I play tennis. I'm a data scientist with an interest in behavioral economics who plays video games, and sucks at it.

[@YourTypicalChannel]

They should've made concept car out of it being most safe and rugged vehicle. If super and hyper cars can sell for over 2 mil then it wouldn't been hard to sell them too offering the highest safety and endurance in class

[@johnaweiss]

what legal reasons?

[@ronaldderooij1774]

@@johnaweiss It was a joke.

[@RobertGarcia-wv8vx]

@Andrew Krause , you naughty boy, you have Statistics and a inkling of Bevh. Sci., nice posting.

[@SpacificNocean]

So you are saying to take your word as fact? Then use this comment as a citation on a future scientific study on the matter? Finally I need to note that you are the leading scientific authority on the matter? Gotcha, will do my friend ....

[@CaveyMoth]

Whenever he says, "However," it's like my heart is breaking.

[@frostskog7958]

howuewue

[@CaveyMoth]

@@frostskog7958 LOL!

[@adityatiwari2878]

lmao

[@asterlofts1565]

Why?

[@Aangel452]

Great to be informed that we have actually produced this material finally. Did you know that one of the most talked about pieces of material found at the 1945 Roswell UFO crash was a type of aluminium foil that when crushed up in ones hand it came out smooth with no creases and was a very strong material. Cheers

[@aseriousinquiry8425]

I thought this material's behavior reminded me of stories about debris found at the Roswell crash too.

[@Dubhun]

I remembered the Roswell thing immediately. Lol

[@raidarthegunwizard4520]

Liquidmetal: We us metallic glass that can transfer energy more than steel for golf head, so playing golf will be much more fu- American Restriction System: Lemme nerf you a "little bit" Liquidmetal: -ck

[@aleisterlavey9716]

European here. We know that. It will be fun the EU said. Now Bananas need to comply to german industrial standards, the EU says.

[@BacktobackJack]

This man is a modern day Dexter from Dexter's Laboratory. Good stuff

[@Pleplerhep]

10:49 - A 2% advantage in sport on just changing one part in a piece of equipment is pretty amazing though. Some leagues would probably murder for such a easy gain.

[@nyanSynxPHOENIX]

This was based off a small sample of tests though, so the percentage could be coincidental or exaggerated.

[@rogerfroud300]

Interesting. It sounds something like the material that was recovered from the Roswell Crash site. That couldn't be bent or cut though. I guess the fact that this is mostly Cobolt means that its uses are going to be very limited.

[@chefmike4414]

The first thought I had was "Roswell", anyone else?

[@derekdrake8706]

Yes, actually. xD

[@jesscast5122]

Dude that story is for just really dumb people, who believe in Space alien materials. That unfolding metal of roswell, was just metallized MYLAR Film (metal-vapor deposition) back in those days, any plastic was new stuff and Metallized plastic film was the new tech, nobody knew about. all they knew was aluminum foil and the 2 materials acted totally different but looked similar. POLYESTER is much stronger than VINYL. when made into FILM they call it MYLAR when made into SHEETS or PLATE it's called LEXAN. Same shit Today, Birthday balloons from MYLAR is a daily occurrence. Same Shit!! "Rosewell" LOL the ignorance of people, still, Today....... amazes me............

[@chefmike4414]

@@jesscast5122 You must be an alien 👽

[@scottykilgore6966]

Yes definitely Right! They said that they found a material just like this!!! I'm glad I'm not the only one thinking this! Makes one Wonder right!!! They are releasing this technology a little bit at a time!! But kinda fast now if you think about how fast we're advancing!!!!!!!

[@chrismacdonald4570]

Nope I saw a squirrel outside so...

[@PriyanshuKumar-sp9gg]

6:03 How does one "accidentally" sees an article lol. Love your videos btw.

[@Nobe_Oddy]

HAHAHAAA!!

[@BackYardScience2000]

By looking for something else and just happening upon a relevant article. 😉

[@PriyanshuKumar-sp9gg]

@@BackYardScience2000 English isn't my first language but in my opinion "incidentally" feels more appropriate.

[@BackYardScience2000]

@@PriyanshuKumar-sp9gg agreed.

[@KuraIthys]

@@PriyanshuKumar-sp9gg Well, you say it yourself. English isn't your first language. Lots of words technically have different meanings, but get used interchangeably anyway. Then again, in this context that's not really the case regardless. to begin with, 'incidentally' is a relatively obscure word that wouldn't typically show up in this kind of context. You don't incidentally read something. Incidentally, I read an article about this... Vs I accidentally read an article about this. (And I incidentally read an article about this is grammatically incorrect) The first is not saying you happened to come across an article on the subject. It's saying you're making a remark that is only a little bit relevant to what you were just talking about. It's cold outside. Incidentally, did you see the whale that passed by last night? No? That's a shame. I accidentally ran into an article about whales last night while looking for a seafood recipe. Incidentally, that article was quite poorly written, but the content was fascinating. Do you see the difference here? I'm not sure I'm getting the point across clearly... But still. I accidentally read an article, weird as it sounds is more or less correct. I could not have incidentally read an article, because that's not how you use this kind of word. You can look up the meanings in a dictionary I suppose: incidental - 1. happening as a minor accompaniment to something else 2. happening as a result of (an activity). Accidental - 1. happening by chance, unintentionally, or unexpectedly. 2 incidental; subsidiary. hmmh, well that second meaning for accidental is less common. Plus, that's not the context here. He found (and read) the article by chance, and wasn't actively looking for it. The article was not accompanying or the result of something else. Thus it was accidental, not incidental.

[@perseverance8]

A consistent 2% improvement by going to a specific material in ANY competitive sport is HUGE!

[@herrkulor3771]

25 years ago we talked shortly about this in school. We only talked about its magnetic properties, as this material is used in theft alarms. AM acousto magnetic tags.

[@jasonshirrillmusic]

this is the very substance that was supposedly found in the Roswell saucer crash in 1947.

[@spectre9318]

It is though man

[@observeoutofthebox7806]

Yeah except for it wasnt a "saucer" and turns out it was a spy weather balloon made to observe any Soviet Nuclear tests

[@alexucon]

and they say ignorance is a blessing. just kill all already covid 21

[@nikolanojic6861]

@@observeoutofthebox7806 lmaooo imagine believing in weather balloons hahahahahs

[@observeoutofthebox7806]

@@nikolanojic6861 the fuck you mean imagine man.. we have been using weather balloons since 1896

[@Kroggnagch]

So THIS is what they were talking about during the whole Roswell event. Remember, there was "a metal that held it's shape, even after manipulation into other forms, it would spring back to its original form..."? Remember?

[@JourneysADRIFT]

Reminds me of how the materials from early UFO crashes was described. Reminds being the key word. It's not the same, no, but should this theory be the case, it would assume that any advanced materials or tech be reverse engineered and then slowly released to the public through various groups or entities in various forms with the intent on releasing things slowly and methodically so nobody is the wiser and private corporations that are owned or controlled by people who are in the know or connected to those groups, benefit greatly from not only the financial gains from the tech being released over time, but also from the power that gains them as we shift from one form of technological paradigm to a new one, they are poised to be at the top. Continuing the same thought projection, I would assume as well that a process of priming the population would be required as well, as just releasing the tech gained from these projects in even early or small forms would be notable, however, when the population is psychologically primed for the existence and realization of this tech through movies, art, literature, and the media, when the tech eventually shows up, it's existence is far more palatable and understandable to the population. The trend of science fiction becoming real is more to do with early works that have been praised carried through time were written by those with connections to various masonic or other fraternal groups and the works published purely for their nature of laying the groundwork for the new world they wanted to build. Many of these works that so many of our modern science fiction stems from were also conceived of and put out during the time the government was heavily invested in psychological researched leading to many programs that we now are aware of, as well as the birth of their psychological warfare groups. On the notion of planned release of technology, as well psychological manipulation of the population to accept the new paradigm being formed, NASA sits as a center stone. An agency that not only produces technological propaganda, but also one that spearheads many materials and technology research programs that end in public use of said materials and technology, this sort of behavior could be stated is normal as a space agency naturally researches advanced stuffs and disclosure/release of it would be inevitable, However, when looking at a large picture of events that I can't just ignore, It would seem to also bolster the notion that we are being manipulated and primed for tech that they have that is so far beyond anything we can fathom that it requires a slow and methodical release through various groups to be palatable for the population, so that the elites can also make gains off of it. While I see the systems at large as being rather evil, and much of the elites, ruling class, and those who sit at the top of these vast black budgeted programs participate in things that are not compatible with the ideology of the masses. If I was however to play the mental game and assume this is all done for our good, what could that possibly be? I'd have to guess if technology was recovered at some point from a craft that displays the behavior of what someone would call typical for a craft like that (speed, movement regardless of inertia or forces, etc) then there are some immediate things I can think of as being problematic for release to the public. Power delivery of these craft being the main thing. Our economy right now is built around oil. Wars are fought over it, territory disputes constantly happen because of it, nations fail because of it. Oil is our worlds blood right now. An energy source that can power these craft would instantly upset the economies of the world in a way hard to fathom. The energy source would also not be easily profited on in the sense of mass consumption. So giving the world a source of energy generation that is not profitable, while also totally freeing the world from oil, can have clear issues for the powers that be. In a world too were we are more and more being forced into mega cities, and out of rural areas, where they want us to own nothing and rent everything, giving the global population the means of instant travel anywhere for virtually no energy cost goes squarely against that. What's more likely to happen is the tech is used to build a utopia for the ultra elite and those with access to the worlds hidden knowledge carried through various fraternal societies. One doesn't have to look to hard before landing on Antarctica. It stands as the most heavily censored land mass on the planet. Treaties signed by all nations there to not allow the population travel to it. Going there is extremely expensive and where you can go is extremely limited. Photos of being at the south pole in the Arctic are taken right in the town they landed in. Early documentation from private and military expeditions heavily contrast the documentation being released now a days as everything has been made hush hush and nobody ever talks about it anymore yet the continent still boasts an impressive array of military installations. If there was any location on this planet that would have the remains of a lost civilization from before the last ice age event 10,000 years ago, it would have been entirely preserved on that continent and the action of the nations who are there, and the heavy censorship in the face of a vast array of military programs carried out there of questionable reasoning and even more that are likely to stay classified forever. Born black. Virtually anything can be gotten away with or hidden down there. They could build a literal utopia using recovered tech, or even findings in the arctic, or both, and nobody would never know. The rest of the world can be left to burn, they don't care, milk us for every last bit of economic output while they use our output to build their new world.

[@willthethrill2078]

Immediately what I thought as well!

[@nicolasreinaldet732]

It mat be alike but nobody on its sane mind would build a ship of metalic glass.

[@wyattguilliams9472]

@@nicolasreinaldet732 Why not?

[@wyattguilliams9472]

Yeah but that metal was liquid as well as solid Based on the Roswell story from a farmer who picked up debris from the wrecked UFO

[@nicolasreinaldet732]

@@wyattguilliams9472 They became extremely maleable at not so high tenperatures ( like 200c ).

[@mikeg4972]

Two strips of metallic glass are used in anti-theft tags.

[@Jp-ue8xz]

same I was thinking! So it IS the same stuff? what alloy is it and why is it there?

[@carl-friedricherb3254]

@@Jp-ue8xz The metal strips in an anti theft tag are a normal ferromagnetic metal. Applied Science has made a great video explaning it. How anti-theft tags work - magnetostriction kzbin.info/www/bejne/gXLQaKR3gKaLras Edit: I was wrong, it is a metallic glass Alloy. Thanks for bringing it up! Maybe i shouldn't write yt-comments while being tired af :)

[@Jp-ue8xz]

@@carl-friedricherb3254 Great video! it is, indeed, a metallic glass alloy. The wikipedia article on magnetosctriction mentions it as Metglas. "Another very common magnetostrictive composite is the amorphous alloy Fe81Si3.5B 13.5C2 with its trade name Metglas 2605SC."

[@carl-friedricherb3254]

@@Jp-ue8xz Huh. I didn't know that. Thanks for your correction, another thing learned today ;)

[@samwhaleIV]

@@carl-friedricherb3254 yeah I got cut by one of those when I was a kid. Hurts pretty bad. Most unique cut I ever got to be honest. Wouldn't recommend.

[@Raven74947]

This stuff reminds me of descriptions of metal from crashed flying saucers. I know that's a bit out there, who knows if anyone has really found crashed UFO's, but I thought it was interesting because, who knows.

[@why6212]

I was thinking the same thing. I can't remember the book name but yeah this was just like the ex military guys story of the Roswell crash

[@WanderingWill360]

@@why6212 the books called the day after roswell. This is exactly as described in the book and reports.

[@chubbymoth5810]

The weather balloons of that era were pretty much similar material in appearance and are a good explanation. FYI the video's coming from the pentagon concerning UFO all have their explanation as well. There are video's about that using experiments that simulate the situation. The famous fast object is probably a balloon in parallax to the background and can be explained that way. The odd shape changing direction rapidly was captured with an infrared camera and can be explained as the exhaust of a jet (possibly a F15). The movements can be explained by the tracking mechanism of the camera. Can't be arsed to find the video, you'll have to find it yourself, sorry. It made a lot more sense than aliens.

[@Raven74947]

@@chubbymoth5810 oh God, not the weather balloon theories. You know, the navy has officially said UFO's are real, video evidence and all. I can't say what they are, but they do show up on radar as a physical object that can defy physics as we know it. I'm totally bored with talk of weather balloons, swamp gas, venus, hallucinations, military flares etc.

[@dongotti3618]

Aren't weather balloons made out of mylar ?

[@samsimington5563]

Thoisoi: (lifts the air torch stand) Metallic glass: (gets flung) Ah!

[@mrhfrc8470]

Omg a tent stove that pops into shape like a slap bracelet would be amazing!

[@dobiwon8723]

That looks straight up like the material in the pictures from Roswell ufo crash from the 40s

[@observeoutofthebox7806]

If was. And it was actually Nitinol, Nickel and Titanium. It was made for an American spy weather balloon, to spy on any Soviet nuclear tests

[@arc-naren-ane]

Amount of work you put in a video is really worth appreciating !

[@ICEBERGLETTUCE55]

*English men: we have the best accent thoisoi: are russians joke to you

[@DavidLinn]

crazy russian hacker has better accent than this guy

[@ICEBERGLETTUCE55]

@@DavidLinn oh

[@danielferreiraholderbaum4295]

Reminds me of Borat 😁

[@sophie-eh4te]

he's estonian but sure

[@coomercommander2554]

oy luv wa'atsit then with te bri'ish way o jabberin you don't find scrumptious? right then moi queen will be hearing about you sir have a splendous day mait

[@larssjodahl7660]

I love that you GET the material, test it in different ways that one can practically relate to (like how it springs back after being bent under a weight) and then DO a simple comparative experiment AND illustrate with the overlayed footage AND add color for clarity. Nice! Keep it up!

[@garethjones6342]

A small, yet important note; in the second experiment, the first slomo shot showed the club striking the ball badly with a slice; that is, the head is not properly perpendiculat to the ball. Great video!

[@hoggif]

That was interesting! Due to chemical education background a lot of stuff is what I know but that was totally new to me! Thanks.

[@UniCrafter]

Very interesting. I've heard the magnetic permittivity of these materials is super high also. Not sure what saturation they have though.

[@JoaoGabriel-se9rk]

Okay i litterally just dreamed about something like this, and it appears on my recommended. The "Metallic glass" i dreamed of was a glass molded with particles of certain metals, in my dream it was used as a reinforced glass.

[@tridsonline]

👍🏻 Fascinating, thanks! I recall reading about someone in ancient Rome developing a form of glass that could be worked like metal. But when he showed the emperor, he was executed for fear of the secret falling into the hands of an enemy.

[@mikefromspace]

The formula for reflex metal involves zircon, palladium, ruthenium. It is another form of metallic glass that can be grown in crystal form. It has a self-healing nano-structure. You could literally scratch it a million times with any type of needle to see it only repairs itself. For heavier tears beyond the molecular level, there is yet another formula but manipulating that is a special tech requiring a special device to form rf used to heal it. John Hutchison used electric steel to make a similar material once.

[@kimyasadizahdazaidazaidova8395]

May I take your video, translate to Azerbaijani language, I am chemist too. Do you let me? #

[@hillaryclinton2415]

Just do it in russian. Most azeris will be covered as well

[@lovecanbedifferent1364]

@@hillaryclinton2415 Thoisoi main channel is in Russian.

[@hillaryclinton2415]

@@lovecanbedifferent1364 spacibo

[@jett-rampartflyer2852]

Can you do it in Swahili?

[@MidnightSt]

I was like "yeah, that's interesting, but why the bombastic clickbait title?", until 8:05, when my jaw hit the floor.

[@ZX81v2]

Interesting, so can this material be magnetized? How does it handle voltage? Sorry, you have got my interest in this lol Great vid

[@retovath]

It's used in most modern transformers these days. Melt spun copper alloy ribbon cable has been one of the major uses for the material

[@pwnmeisterage]

It seems wrong that it's responsive to magnetism at all. Since it was heated beyond Curie temp then cooled too rapidly for crystals to form, let alone for the crystals to be magnetically aligned.

[@Martin-wj6um]

Cobalt is magnetic.

[@ZX81v2]

Thanks folks :) Some interesting comments :)

[@King_Flippy_Nips]

i was wondering what type of storage properties it might have as magnetic media

[@OnerousEthic]

Wow! This is so sci-fi! If only we could replace disposable plastics with a glass that is inexpensive and can be magnetically separated from the waste stream… If only we could use metallic glasses to construct aircraft and vehicles… If only we could use metallic glasses to fabricate household items… To the contrary, this world is more than ready for the practical application of metallic glasses!!! 9:39 Brilliant test apparatus! Well done sir! 10:15 “…overlap the footages.” You are killing me!!! ;-)

[@jrusso9722]

Phenomenal. So many applicatuons waiting for Discovery. The Military Application is enormous.

[@dickiedollop]

I guess this is a product ripe for further research and trialling with other products such as graphene and maybe a world changing result might just be waiting to be discovered 🧐

[@aniksamiurrahman6365]

Good Idea.

[@dickiedollop]

Anik Samiur Rahman when you make a breakthrough will you remember me lol 👍🏻

[@aniksamiurrahman6365]

@@dickiedollop Damn, suddenly I'm feeling sorry for not studying solid state physics :(

[@SilvaDreams]

Well it's been in use for 10 years now up on the ISS as a replacement for the old bulletproof glass that use to make up the copula.

[@jeanmouloude]

Technological advance: we can make metalic glass Thoisoi: so basically, i started golfing

[@richardkammerer2814]

He was so dedicated, he performed his research every day without fail.

[@kildozer2012]

I really liked the LSD-style filters :o

[@bytemevv-4616]

*SCOTTY:* _Computer... Computer!? Hello, computer...._ *2020:* _Hold my Communicator!_

[@nuncio21]

I think I speak for a lot of people when i ask, “Can we make a shield out of this?”

[@philiproler5572]

That sounds like a good use for it. A multi layered shield with the outer layer beeing the amorphous metall. That would defend against physical attacks and depending on the chemical properties against chemicals. And then the other layers would just need to be heat and pierce resistant. Then u end up with a shield against almost everything

[@tuseroni6085]

@@philiproler5572 the outer layer has to be heat resistant to protect the metallic glass.

[@vsiegel]

@@philiproler5572 It could be defeated in a very specific way: Throw magnets with extra weights on it, until it gets unusable from the weight.

[@philiproler5572]

@@vsiegel if its magnetic*

[@vsiegel]

@@philiproler5572 Yes, it needs to be ferromagnetic, and it is - with very high permeability, that is the reason it is used in transformers, I think. So magnets stick on it better than on normal steel.

[@brentshaw3908]

This is cool! If I listen real close I can understand whatever language this guy is speaking.

[@jamesonahill]

I really like the city 17 alarm in your intro, and the half life sound effects in cut transitions

[@ngantnier]

Thank you for the interesting and informative videos.

[@yonkromis7883]

When I was at a lab at NASA I figured out how to keep glass from crystallizing and it might come in handy with this. If you keep the infrared light shining on the glass sample and cool it with cool air at the same time it won't crystallize. And it says it has to cool down at a million degrees per second to keep from crystallizing but I think if you utilize this technique you will be able to have a much better way to have metallic glass not crystal-wise we used a egg-shaped parabolic heater with a heat source at one end and the sample at the other. I tried to tell mine PhD material sign this boss about it and you sat there and thought for a long long time but he didn't say much about it even 30 years later he hadn't developed it into something so I'm putting it out here for somebody else hopefully to use that would be something excellent to talk to him about

[@timdavis4332]

I was watching a show on PBS about crystal glass, and started wondering if you could add even more metal into the mix to come up with a new type of material. Appearently, you can. Cool!😆👍🏼👍🏼🔥💡💎

[@ArsonRides]

i wonder if this guy has a clock radio

[@christophermurray7800]

Underrated comment right here

[@svenvdw4894]

Yakshemash!

[@puddintaine4556]

He cannot afford...

[@BB-mz8jc]

Great success...

[@SpacificNocean]

@@BB-mz8jc I hate you. I read that in Borat's voice.

[@whitefordpipeshandmadebymi7238]

Looks like the Roswell New Mexico “ memory foil” from the crashed recovered wedge shaped craft ! Thanks 😊 take care! Peace ✌️ from Welland Ontario Canada 🇨🇦

[@stephenolan5539]

You mean the then new material called mylar.

[@davids5148]

When do we have transparent aluminum? :)

[@paintballthieupwns]

Already exists

[@juniorballs6025]

Save the whales 👍😎

[@subarunatsuki4145]

I love this Star Trek Refrence.

[@Prich319]

Google ALON or Aluminium Oxynitride

[@roderickwhitehead]

A keyboard! How quaint.

[@carlharrison3637]

Reminds me of the material found in Roswell 1947 , metal that would return to its shape

[@clintmullins8670]

What was it's purpose?

[@jensstolt1656]

Your videos hold great scientific value. Thank you.

[@leafargonzalez3545]

I love ur channel it’s so interesting

[@tomecalm7]

Funny how this sounds EXACTLY like what they found at Roswell. WOW!

[@stephenolan5539]

You mean mylar like in potato chip bags?

[@grifflockheart2271]

This reminds me of an old show I watched about the ufo at Roswell.... foil that keeps its shape no matter how much you try to crumple it

[@JoelSapp]

wow. I remember that too. It was some magnesium alloy if memory serves.

[@colincampbell767]

Did they say how they got access to the material? BTW you are aware that what they were showing you was ordinary mylar - right?

[@maxim6088]

50years in the future: unscratchable bulletproof graphene reinforced flexible metallic glass for your phone screen

[@upsidedown4155]

Thats enbedded behind your eye

[@GallusCorvus]

Bullet resistant

[@frankknowlton736]

Wonderful instructional video, thanks

[@DanielinLaTuna]

Fascinating! Thanks for sharing

[@odi_de_podi]

I heard Half-Life 2 in the beginning, you've got a subscriber

[@hideyasumusha7211]

Imagine if this is implemented into phone screens in the future 👀

[@patrickmclaughlin61]

Imagine if mufacturers were using it now! Might be as strong as a Nokia.

[@GoldSrc_]

Love the HL sound effects you use :D.

[@Kaldortangerine]

Do you? I thought that strange fellow was keeping you in non existence for 20 ish years

[@d3viousone470]

I think if the club was all metallic glass and not just coated the results would be different and you would possibly see more bounce from the metallic glass. Awesome video really love this kind of content.

[@nathanstevenson100]

I love how this video makes it look like I am actually studying.

[@friendlycreeper1045]

True!!!

[@jonmarquez128]

I hope this metallic glass has some nuclear application in the future!

[@caradesapo1611]

Daaum bro i didnt knoe, weird glass + nuclear power = revolutionary metal that will take us into space😱😱😱😱

[@bhu1334]

PS I can't deny the similarity of this material to he one found in the roswell UFO crash (LOOK IT UP)

[@chubbymoth5810]

Yeah,.. it also looks like any other foil type material such as the material used to make weather balloons. In the 1950's those materials were not so common yet, but if you look at the inside of a bag of chips, you may find a clue to that. Hardly as romantic as shipwrecked aliens though, but at least you only have to look in the bag.

[@dan8t669]

@@chubbymoth5810 destroyed 🤣

[@1rstTry]

Dang, Sasha Cohen is really diversifying his portfolio

[@watcherquek263]

IIRC Apple did purchase an exclusive license to use it on consumer with this metal. If I'm not mistaken it is the SIM tray and/or the pin to poke the the SIM tray. This was done after the SanDisk Cruzer Ti came out so SanDisk cannot use it for future products. This was about 10/11 years ago.

[@allenshepard7992]

Thank you for doing all the research. Very good.

[@BuxOfficial]

I love your voice! Genuinely! Keep making great content.

[@sothyvirerksin6730]

Who else watched the whole thing waiting for transparent metal like in Star Trek? I'm disappointed. Suicide by expectations.

[@KennethWaites]

Transparent aluminum is already a reality.

[@handlesarestupidyoutube]

kzbin.info/www/bejne/epXYgGScg9-Jatk

[@marilynman]

it would have said transparent metal instead, but I must admit that it crossed my mind until I thought about it further and concluded that it was referring to the state of the molecular structure.

[@hahaharley1]

To all the star trek genius minds, " Star trek isnt really from the future. Its a story about the future.

[@jamest.5001]

That looks like the stuff described found in the wreckage of the UFO crash in Roswell in '47, (or the "weather baloon" that crashed ) thin flexible, and returned to its shape, could it be ???

[@randomhuman1965]

The Official answer is that Roswell material was the newly invented Mylar Film which has similar properties as described in the accounts...

[@millbills300]

It’s awesome content like this that I wonder to myself... how can so many people downvote this?

[@dm5rkt]

Super video! Very informative.

[@joecat916]

I invented this stuff last year when I shot down a ufo! 🤧

[@ordicle6280]

Is this borat?

[@ultraultralegend9110]

Even after 3 years you will see this comment, Being disappointed

[@tjrubicon5463]

They use that in high efficiency, low loss, transformers.

[@Lozzie74]

As said at 5:35

[@tube4waldek]

Wow. Amazing video! Thank you.

[@batwillow]

I am a scientific glassblower of 47 years experience and have come across this type of material at least 20 years ago, "gorilla glass" used on the faces of smart phones was one of the aspects that came from "metallic glass" to allow conductivity to make touch screens, the first applications were used with military devices first before it became available to the public.

[@yashtiwari4440]

You are awesome

[@nopeitwasepilepsy4616]

We introduce a new iPhone that is the same like the previous model but with a new metal glass case and cost twice the price

[@hxhdfjifzirstc894]

And the charger is not included, and costs $300.

[@ManicPandaz]

“That’s the ticket laddie”

[@TheSilmarillian]

Hello to the cat at the very end lol

[@CzarekMetapompa]

Nice, finally I see what I was learning about at school 20 years ago :)

[@razeezar]

Drinking game : Scroll through these comments, and knock back a shot every time you come across a comment mentioning the Roswell UFO crash.

[@O_look_a_names_should_be_here]

Damnit now immm druunnk

[@spudmckenzie4959]

Youd be wasted before you got halfway through

[@jessehinman8340]

I want to hear him say "Da boopity bopity!" 🍝👌

[@serpenteye12]

🤌

[@krimshaw3815]

the foil looks like the same thing they found in roswell

[@grego15]

Reminds me of the material that they found at Roswell supposedly. Almost matches the description exactly. They said they found a metallic foil that when rolled up or crushed by hand would spring back into its original shape without any creases. This was before 1950 and such a material had not been invented.

[@driftergeorge1]

I am still waiting to hear the reason why we are not ready for this material ??