“What happens when you mix all the metals together?” The game crashes.

"I decided not to add uranium" yeah good call on that one. 🙃

5:52 “Oops, it seems I have awakened an ancient spirit in my furnace. Please stand by as I get an exorcist.”

I heard this dudes voice and INSTANTLY knew i was going to learn something insane.

1000 years from now, archaeologists will discover this nugget of metal and be like WTF?

the tungsten was probably like "ooh this is warm lol" while all the other metals melted.

The result was a Nokia 3310.

"Nothing caught on fire" big flames coming off camera as the crucible fell off xD

I love how he's not actually speaking English in the camera footage and is just adding his own dub.

mixes all elements together -achievement got: how did we get here?

Thank you for putting this up. I always wondered about these processes and never had chance to see it.

Mangalloy is also used to make railways, i worked in a foundry that made these. The Mangalloy has a better flexibility than carbon steel, so it can be slightly deformed before actually breaking.

The new alloy has several interesting properties: resistance to oxidation, hardness, consciousness, .etc

tungsten and titanium be like: its kinda warm here, should take off my jacket probably

There's a relatively new field of study called high-entropy alloys where they mix random elements and see what happens. We haven't really discovered anything we didn't already know, sadly, but if any breakthroughs are going to come, they'll be from there.

Soothingly mesmerizing... The mad professor. Love it.

A grown up kid that mixed all the collors only to obtain that weird brown/gray/green abomination. Absolutely amazing

“What happens when you mix all the metals together?” The simple answer: you create an alloy Long answer: 30 pgs long essay

Thanks Thoisoi . That was fun. Keep making those crystals !

This is very interesting thank you for your time and effort sir have a great day

Jarvis: "Congratulation mr.stark. you have created a new element"

I would like to volunteer the name "Allthemetalsium" for this alloy.

You rock, dude. Never change and keep up all your amazing work.

I was curious about why iron replaced bronze, and the explanation I found had to do with availability rather than superiority. Bronze required conquering large territories to access sources of its two components, whereas iron is abundantly distributed and can be mined in one spot.

I love how there is litterally no practical use of this new alloy but we need to name it

4:03 Underrated low key joke of the century: using the bulk scale to weigh the low mass ingredient and the jeweler’s scale to weigh out the major ingredient.

If Thoisoi2 added uranium: "Mission case report, mission: acomplished, (the person was found alive next to the cube almost dead, neighbours who tried to help found deceased Probably of radiation from the cube.) Estimated recieved amount: 17 Sieverts. Life prognosis: 96-130h. Case closed."

what happens is most of them evaporate. Getting anything hot enough to melt Tungsten and the other higher melting point metals is above the boiling temp of many metals. Which means they have to evaporate before the furnace meltl can get hot enough to melt the tungsten.

Behold the MetaMetal !!!

The fact that the sound doesn't match the video makes this even cooler to watch

You should make user-suggested alloys. Example: FeCu(CrV) (crv is vanadium steel) same amount of each (33% Fe 33% Cu 33% CrV)

I would love to make bars of silver with copper streaks in them. They would be beautiful to say the least.

This is the adult version of mixing clay of all colors expecting something amazing new

The accent makes scientific stuff sound even more scientifically

if you don't want your metals to burn/oxidize add carbon powder on top this will also help them mix with no oxide layer stopping the incorporation

entertaining, it would be also interesting to additional simple tests, such as specific gravity, electrical conductivity, reaction to acids

"Iron oxidises very quickly in the ear." I said that to my science teacher. She stared, said some gibberish. Suddenly, my magnetic poles started to repel and I found myself out of class.

Please, analyse it by light optical and/scanning electron microscopy. I want to see this mess.

I like the chunk of tungsten that absolutely refused to melt and just sunk to the bottom.

(Pauses and stares at the soup for a whole minute) Mmmm, soup.

He did what I've always wanted to do since I was little, I just wish he made a god sword

Oh man. I work with superconductors, and I was just thinking how funny it would be if your all-metal alloy was a room temperature superconductor. It would have been a NIGHTMARE to reproduce that with so many materials just thrown together and melted in air.

bro ur sync is wilddd

“First to make Bronze I must first mix…” Say no more fam, I know this one from my RuneScape days

You need to do this in a vacuum or nitrogen atmosphere to prevent the spontaneous oxidation. That way lower melting temperature elements will be able to stay in solution and alloy together.

9:55 "I can sense its power" *ominous synth music intensifies*

I love that not only did you have to learn chemistry to do this video but you also had to learn English

I suspect you've made a high-entropy alloy here. Many metals get harder when mixed, and if you mix the right ones, you can make them extremely hard and strong. Some reported alloys of iron, nickel, copper, vanadium and chromium specifically are incredibly hard!

This man making a legendary material for a legendary weapon

A true friend is the most precious of all possessions and the one we take the least thought about acquiring.

This was so much fun!

Metallurgy is really interesting. Alloys are incredible, and the modern world would not be the same without them.

Many metals don't mix that well or form specific intermediate compounds. I was expecting you would see a large collection of demixed alloys here. Can you show what it looks like under a microscope?

Your periodic table display case is lovely!

Everybody Gangsta until He Says: *Uranium Included*

"some alloys didn't mix very well" well I mean you got alloys that melt from 327 °C (lead) to alloys that melt only from 3 422 °C(tungsten) quite the different extremes, quite sure the tungsten didn't get even close to meting in the crucible while the lead started to boil at that point(it boils at 1750 °C)

Chemistry Teacher: You cant mix all the chemicals together! Young Mendeleev: Yah right! I can!

Kazakstan has really improved their stem education.

This was awesome! thank you.

"let's mix all the metals together!" I knew someday it would come to this.

Very interesting topic. I work in metalworking industry and we machine most of these alloys daily. The difference in hardness between copper and stainless steel is gigantic.

I wonder if you could smelt metals in a vacuumed induction smelting chamber, that might keep metals from burning off and oxidation of the alloy, and also eliminate gasses present in the air that would get absorbed into the alloy. I don't know if trace amounts of oxygen and other gasses would react or oxidize the metal, perhaps to prevent that, as well as increase pressure if needed, it could first have all the gasses vacuumed out then have an unreactive (noble) gas such as helium, neon, or argon to dilute the trace gasses and make them less likely to react. in order to form them into the desired shape of the ingot, the solidified alloy could be cut, and the scraps could be re-melted (if needed), or the chamber could contain a specifically shaped mold. You probably don't even need a specific smelting chamber, you could use your existing chamber in a vacuum chamber, although you would probably need to make some custom couplers and electrical adapters and install it into the vacuum chamber wall for the cooling lines and supply wires.

I need that periodic table to quench my curiosity

"What happens if you MIX ALL The METALS Together?" Me: *scoop dirt Also me : "This."

Have you considered having someone polish this sample and look at the microstructure? Do you have a lab near you with an SEM-EDS that can give you a compositional map of the phases present in the metal?

This video was insanely entertaining, and I learned a lot, like dam

Thankyou 🎉 great show 👍

This is a smarter version of mixing different soda flavors to make a new flavor.

Next video: Recovery of every single metal from this alloy. Good luck, have fun! 😁

This guy really just made a real life surge alloy

Was expecting and hope to see soon a full block of AU aka gold

You forgot to include the most interesting and rarest of metals in your alloy: nobendium, impervium and unobtainium :-)

"just like water is the best ingredient in soup" Me: .........i mean yeah he's right, without water its not soup

So cool to learn about metals from Borat! Very nice!

Absolute madlad! Amazing lil nugget.

I love the dubbing so much. Also, he sure loves Borax. "After the chili con carne has simmered for 10 minutes, i'm adding some Borax, stir it around, and its ready"

This was really cool. My dad was a melter in a steel mill as well as a chemist. He has been gone since 1967 and it made me realize how much I miss him. He would have been so excited to discuss your video. Thanks for the memories. Someday we will talk about this video! 😀

I wouldn't be surprised if the core of the Earth is comprised of such a molten alloy. It's amazing we find as many metals as we do within our reach at the surface of the Earth or from asteroids.

Coming from an archaeology background, I appreciated the mention of arsenic bronze

8:33 Now I know how the flag of Germany was invented

"I can sense its power" this dude is a total nerd and I love it

The road leading to a goal does not separate you from the destination; it is essentially a part of it.

Some metals just don't mix together, e,g, iron & copper. Would you be able to make an alloy with 90%Al & 10% Fe, the reason to make that is because I read some info saying, the body of the 1949 Roswell UFO is made of this alloy.

My 7 grade self be like: "what if we do that?"

I was actually taught the transition to the iron age differently. What I was taught was that the transition occurred because iron, being an element that could be mined, was more readably available than bronze, being an alloy that had to be manufactured. bronze weapons continued to crop up, particularly in the hands of high-ranking individuals like kings and emperors. Iron was reserved for more general use, like common weapons and tools, but since it was more brittle, wasn't used by those who could afford bronze. For reference, this was in a college level class.

*Adds all the metals together* The metal: *raises up sipping a cup of tea* "I am, the Noble Metal Orichalcum"

My gosh Bro just created *the* metal.

I was expecting a mashup of Slayer, Metallica, Megadeth, Anthrax, Black Sabbath, and maybe a dash of Pantera. But that would be too heavy for your scale of justice for all! I'll see myself out now.

Years ago I worked in the testing lab of a Aluminum and Magnesium foundry. We made some parts for aerospace applications. Some of the AL alloys were tremendously strong with high tensile and elasticity properties.

This guy sounds like he’s casting a spell from Harry Potter on me just by speaking normally.

i like this video its my first time seeing this channel but this might be a voice over

17:33 Just casually setting his table on fire, just another day for this mad scientist

Probably, metal like Thungsten did not melt in the final alloy due to the high melting point. Nice video!

I love it how this guy sounds like a 'KRAZY' German scientist 😄 ❤

Flatten and fold it a number of times. Now we need a Mose and Rockwell test. Would love to see this on an Xray too.

This has me curious as to what something like this alloy would turn out being like if it's proportions were more methodical rather than being kind of random save for there being slightly more iron than anything else in the alloy. Like if there were right proportions to make a true amalgamation where everything added genuinely combines that would be rather interesting.

Now this is true heavy metal

I’d immediately test to see where it lands on the mohs hardness scale, it’s thermal and electric conductivity, and it’s tensile strength. I love finding out the properties of alloys.

You notice there is something in francium’s spot: Wait what? Oh. Wait a minute. WAIT! OH SHI- *gets exterpated*

18:13 Sounds like something I did when I was 13 and going through some changes.