Its because he has a second channel where he does this in russian if i am not wrong. It makes sense to start with your native language and dub in English for the capitalist scum. Lol
@@Critical3rror theses snowflakes can't even handle radiation! Back in my days we used to inhale and eat lead all the time, and look at me now! Perfectly healthy!
In the book I’m reading (what if? By Randall Munro) a question was proposed, what if your created a periodic table using 1mx1mx1m blocks of the actual elements, to sum it up, you would die along with anyone nearby
@albert einstien this troll isn't even funny like clearly everyone gets the joke and for anybody who's thinking of ranting to you should know they gonna waste they time
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.
might be that the larger scale is more precise which is why he used it for the smaller ingredient. it looks like the larger scale measures to a thousandths of a gram whereas the smaller scale only to tenths.
@@Shadowmare4575 With molten metals would it be the same as water and oil? The heavier being placed at the bottom? The way I'm imagining it is some of the heavier metals (Or their particles) would sink to the bottom of this mixture. Which is why I'm thinking he had some of the metal chunks that formed on the top that didn't mix too well.
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.
The Book of Truth When things were at their very worst: 2 Suns, Cross in the sky, 2 comets will collide = don`t be afraid - repent, accept Lord`s Hand of Mercy. Scientists will say it was a global illusion. Beaware - Jesus will never walk in flesh again. After WW3 - rise of the “ man of peace“ from the East = Antichrist - the most powerful, popular, charismatic and influential leader of all time. Many miracles will be attributed to him. He will imitate Jesus in every conceivable way. Don`t trust „pope“ Francis = the False Prophet - will seem to rise from the dead - will unite all Christian Churches and all Religions as one. One World Religion = the seat of the Antichrist. Benedict XVI is the last true pope - will be accused of a crime of which he is totally innocent. "Many events, including ecological upheavals, wars, the schism in My Church on Earth, the dictatorships in each of your nations - bound as one, at its very core - will all take place at the same time." 1 November 2012
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.
@@freezingcathedral not everyone has the time and money to do such project, not to mention the skill and knowledge required to have the ability to do it to begin with.
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.
“Oh yeah I just threw all the metals together at various ratios in air and mixed it into a semi-homogenous alloy and it’s Tc is 300K. Good luck unpacking that shit, theorists”
@@mousefire777 I have to be honest, I've never heard of Tc as a symbol for superconductivity so I thought you were saying it magically turned into technetium lmao
@@GarryDumblowski At least in physics it's important. It's the critical temperature, under which the material superconducts. Basically one of the holy grails of Superconductivity is a room temperature Tc
@@mousefire777 No, yeah, that makes sense. I never got any farther than basic electromagnetism in physics, and to be honest I don't remember any of it. Cool field though, I should pick it up again if I ever get back into academia.
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.
As he mentioned, copper can be found in it's pure form naturally while afaik, iron can not. This explains why the bronze age existed and used bronze, as purifying iron to make it workable, especially with it's high melting point, is likely rather difficult without the appropriate tools. And while yes, iron was much more abundant, it is also harder and thus better fit for weaponry. But the real breakthrough in regards to hardness was steel. Even rather early bone steel, like vikings used, significantly improved the iron weapons
The main difficulty AFAIK was just getting the iron out of the ore. Even after that, iron needs to be made into steel or undergo proper heat treatment to meet or exceed bronze's specifications. But once that barrier is passed, it's extremely worth it, since iron is far more abundant in general. And by far more I mean orders of magnitude more. This lets you build far more weapons, armors, etc, leading to a huge advantage even if the quality was a bit iffy at first.
It's same with titanium. It's the 9th most abundant metal on Earth, and better than steel in every way. It's just a pain in the ass to get, and even harder to work with.
@@ianlindstrom2019The weaker iron was still incredibly useful though because its better than copper and much easier to source than bronze even if its harder to process into a useful form. Due to the reasons the top comment mentioned. If you wanted bronze you were reliant on trade and foreign states being stable because the metals required to create bronze were not accessible in the same region in large quantities. So if a foreign state that is the source of one part of the bronze recipe collapses or gets embroiled in war or trade is disrupted... then tough luck you cant get your bronze.
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!
Yeah nickel chrome and vanadium gives you prohrom the non rust and non magnetic stainless steel. Used in food industry machinery and farmaceuts. Also its a metal that your kitchen sink is made off :D
"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.
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?
@@Wackydude27 I wonder if you could maybe centrifuge it when smelting to even out the psuedo-alloy and prevent it from settling. Hmm. Reminds me that I haven't kept up with the low gravity smelting experiments they were supposed to be trying on the ISS. I second the wanting to view it under a microscope part. Maybe record the density and do a few hardness and conductivity tests....you know, just normal experimental metallurgical stuff...
It probably helped that a lot of the metals he chose are common elements used for steel alloys. Of course not all of them were, but it seemed like the majority of what he used were.
"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)
The tungsten doesn’t have to reach melting point, it is quite soluble in a melt of various metals. In fact that is how tungsten is added to tungsten bearing alloys - as a solid into a liquid melt (of say iron, nickel and chromium)
It's amazing how long our species has been alloying various metals, and even with the insane advancement of knowledge in the last 200 years, we've still only scratched the surface of the world of alloys.
Yeah, metallurgy is a huge interest of mine. I have a bunch of ideas about different weird alloys I can try, but usually I find that it's a bit far out of reach for me. Although truth be told, I have been able to melt some kinda interesting (and likely impractical) forms of bronze recently.
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.
how about bronze. i'm not very well up on these things but bronze is at least harder than copper i think. obv not as hard as steel though but how does it compare
@@ijustwannaleaveacommentony6511 Bronze isn't hard to process. Ramp up the feeding speed. There are charts with feeds and speeds for every metal. It also depends how much material you remove, with what tool and what finish you want on the detail.
@@ijustwannaleaveacommentony6511 you can cut any metal as long as the tool yo are cutting with Is harder. Usually tungsten carbide, high speeds trek, ceramic, or in unusual cases, diamond.
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! 😀
It's really interesting to understand processes are within exacting mixtures of elements,compounds,chemicals,metals to get the perfect balances of strength, flexibility, durability to use in all our daily lives and we are only just scratching the surface of possibilities to enable our exit away from this planet only one thing stands in the way progress for we cant keep you with that or we are being prohibited from real advancements until the powers that be decides we are ready?
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.
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?
I am just about to finish training in that field. If I ever got this alloy on my hands, I'd do everything with it. Look at the microstructure with light microscopes, SEMs. Then prepare a small slice of it for a TEM to see how the structure would look like. Then the rest of it would undergo several hardness tests, strength and pressure tests and chemical tests. I'd be absolutely eager to hold an alloy like this in my hands, just to find out how absolutely weird it would be.
@@scottfree6479 To polish is different from something polish For example polishing your nails does not mean that you paint them white and red, but that you make them not feel rough anymore. You wouldn't feel it's texture with your fingers anymore. But I feel you that these two words can be quite confusing 😂
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.
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.
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.
The switch from bronze to iron happened over the course of many centuries and over many cultures. It's not hard to believe that the switch was caused by different things for different peoples in different places at different times.
This is true, but only part of the story. Iron still required more advanced furnaces than were available at the start of the Bronze Age, and it wasn’t until the development of steel (also an alloy) that bronze became clearly outdated. Bronze is harder than pure iron, less brittle than the high-carbon iron which might have been produced easily, can be smelted at lower temperatures than true steel, and is less sensitive to exposure to carbon from the fuel used to smelt it. It’s certainly a simpler technology than iron and steel, but not necessarily worse than either.
@@ZeteticPhilosopher Steel was produced accidentally from the very earliest periods of the iron age, but it wasn't reliably produced until long after iron was used. Indians started reliably producing steel around 400 BC, around 800 years after what historians consider the end of the bronze age. It didn't become a common use metal in Europe until the 18th century, you basically had to be rich to get it before that. You correct though that bronze didn't stop being used just because iron came on the scene, it's just that iron took over as the main metal for lots of things such as tools, weapons and armors.
I never liked soda alloys, such as - Fantite (Fanta+Sprite) - Spoke (Sprite+Coke) - CoSpPe (Coke+Sprite+Pepsi Alloys in general) Soda Periodic Table (based in ingredient number like atomic number): 7: Co (Coke) 8: Up (7Up) 9: Pe (Pepsi) 10: Sp (Sprite) 12: Mi (Mirinda) 13: Cr (Crush) 15: Fa (Fanta) Reply if you think there are some soda elements left out
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.
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"
Mixing 5 to 12 elements together will find a surprising feature - things gets easy to be mixed perfectly. It is all because of the entropy. If interested, highly recommended to study for thermodynamics .
@@gudangrumahjogja chemical separation and extraction from resulting sludge. Rare earths are extracted this way. Most of them aren’t that rare, they are very hard to separate from the minerals in which they occur naturally.
I believe what you created was a high entropy alloy. They’re hard to make at high qualities but tend to be insanely hard, strong, abrasion resistant, heat resistant, radiation resistant, and have interesting magnetic and electrical properties. If we could mass produce high quality cheap high entropy allows it would likely make all other alloys obsolete.
@@shibenue2890 why? just look at how much microchip tech has been optimized, its gotten so so much more higher quality, mass produced, and cheap over the past century
Since all metals have different melting points, (albeit, some have very similiar ones) fusing them together into one massive super metal would be an amazing feat. I feel like this massive alloy would either be very brittle or incredibly strong, no in between.
High strength and brittleness tend to go together, I’m afraid. Glass is very strong but very brittle for example. Getting toughness and strength together is quite a challenge.
I was sad that he didnt add any radio active meatals but it was prob for the better because the fumes, but he should of at least added bismuth or gallium it would of made the mix interesting
I was also impressed with your small induction heater. I had the pleasure of working with a larger one on another job working with precious metals. All of the crucible’s were graphite.
I have to admit, as a hobby welder, I winced a bit when you tossed in the zinc. Welding galvanized materials is really dangerous. It’s doing a bit more then simply “burning out”
Very poorly. If the metal is as hard as it seems it will snap/shatter instead of bending when it delivers a hard impact. Plus there are bound to be inconsistencies over a large ingot that would make weakpoints in the blade.
@@Sov_spoiled There aren't any metals we "dont know of" every element has been mapped on the periodic table. Anything beyond that is not naturally occurring, requires MASSIVE amounts of energy to create, and only exists for a few milliseconds before it becomes unstable and breaks down into a lower energy element.
A large difference in atomic radii of the various metals most likely resulted in some form of dislocation hardening, and most likely large globs of elements have perceptitated likewise increasing hardness
I'd be interested to see this alloy's hardness tested and test its malleability, ductility and other physical properties like how it works cold and hot.
You could probably hammer the nugget flat, and fold it, repeat a bunch of times, to better mix the metals. Then remelt it. But I think it would have been better to sacrifice the crucible, and just let the alloy cool without exposure to the air. The nugget is likely worth quite a bit more than the crucible anyway.
Would be interesting to see this alloy upscaled to pressure vessel size to measure it's susceptibility to compressive stresses in excess of 100,000 psig.
Thank you for creating this, and making this. I was always curious in chemistry class what would happen if you mixed many of the metals on the table, and now we know :). Did you name it Thoisium Alloy?
If you are interested in these kind of alloys try searching up high entropy alloy. It has many applications in high temperature environment such as airplane turbine blades and nuclear reactor vessel
I love how he's not actually speaking English in the camera footage and is just adding his own dub.
Yeah, I was looking at the comments to see if anyone else noticed that. Lol
Its because he has a second channel where he does this in russian if i am not wrong. It makes sense to start with your native language and dub in English for the capitalist scum. Lol
@Christian Jarvis yes it was
@@Rodrigo-rd1 It would've been a perfectly informative comment, if it wasn't for that 'capitalist scum' part.
@Christian Jarvis mother Russia blyat.
The new alloy has several interesting properties: resistance to oxidation, hardness, consciousness, .etc
hahaha
@@ScumfuckMcDoucheface hahaha nice name, sounds like something markiplier would say
@@FIRE_STORMFOX-3692 hey thanks man =) although I don't know who that is...?
@@ScumfuckMcDoucheface Mark is a funny guy in yt that plays games
@@FIRE_STORMFOX-3692 that's weird/funny, my real name is mark haha
the tungsten was probably like "ooh this is warm lol" while all the other metals melted.
Yeah, its melting point is 3422 °C
Same for Rhenium :-D
uranium laugh at this comment
@@MrCODE-id7do uranium melts much lower than tungsten??
Please edit your comment so it says warm instead of warn
5:52 “Oops, it seems I have awakened an ancient spirit in my furnace. Please stand by as I get an exorcist.”
😂
😂😂😂❤
Rookie mistake.
XD... this is just to good
"I decided not to add uranium" yeah good call on that one. 🙃
@@Critical3rror theses snowflakes can't even handle radiation! Back in my days we used to inhale and eat lead all the time, and look at me now! Perfectly healthy!
@@Jesiel86 Don’t you have dementia?
@@Critical3rror some people can die from it though.
@@theflyingnon8546 r/woooosh
@@theflyingnon8546 those people doesn't know the magic of essential oil just slap that you will be fine and dandy
mixes all elements together
-achievement got: how did we get here?
Challenge added
Good luck
(Hard mode enabled)
@@Sov_spoiled pandemic lord has been unlocked.
*You can now play as Kevin*
Metal lord has awoken
In the book I’m reading (what if? By Randall Munro) a question was proposed, what if your created a periodic table using 1mx1mx1m blocks of the actual elements, to sum it up, you would die along with anyone nearby
1000 years from now, archaeologists will discover this nugget of metal and be like WTF?
"Aliens!"
" Glows In The Dark And Emits Gamma Rays While Being Semi Dielectric Yet Transperant While Able To Be Used As A Writing Implement "
Results:
100% metallic
"Huh, wired to think how close to FTL they were back then."
@Curtis Martin Faster than light (FTL) travel
I heard this dudes voice and INSTANTLY knew i was going to learn something insane.
Same
what voice? that voiceover was horrible.
@@TheDoomer666Yeah, that lipsync was the worst I’ve ever seem
He did recently change it to a more western narrator and people got upset about it
@@BiscuitFlash yeah no that lipsync sucked
“What happens when you mix all the metals together?”
The simple answer: you create an alloy
Long answer: 30 pgs long essay
You get allthemetalsium
Medium answer: a 19 minute long video.
Did he mix it?
really 30 pgs long?
WHY NOT??? reflection with visualisation is another pedagogic mean to transfer knowledge. This video is brilliant!!!
“What happens when you mix all the metals together?”
The game crashes.
Underrated comment
@albert einstien this troll isn't even funny like clearly everyone gets the joke and for anybody who's thinking of ranting to you should know they gonna waste they time
@@dakotathedoctor6882 be mad then
@@sweezyyy9051 wow ur such a funny trolololol it's been a week can't even leave shit alone go make a game or be productive
@@dakotathedoctor6882 gonna cry or what
tungsten and titanium be like: its kinda warm here, should take off my jacket probably
Meanwhile Lead, melting at 327 Celcuius: *HELP I'M IN FLORIDA!!!!!!!!!!*
Bismuth at 271 Celcius: First time?
Gallium
Some alloys have lower melting point than the combined metals. So it is possible that their melting point might have decreased.
Helium: what are guys talking about, whats a solid?
@@Therevengeforget Mercury: Am i a joke to you?
It creates Vibranium. Don't tell anyone.
WHAT ☠️
Bros went from working with Metals worth $50,000-ish$ to $3.7 Billion$ 😂
I would like to volunteer the name "Allthemetalsium" for this alloy.
Metallsium
Kinda like how potassium is named after pot ash
Severely underrated comment.
Nah, should've been sugondese
@@fylthl what???
A grown up kid that mixed all the collors only to obtain that weird brown/gray/green abomination. Absolutely amazing
Holy shit you uncovered a nugget of my brain's memories
I was always so disappointed when that happened
@@JubbLaRacing That makes the two of us
@@JubbLaRacing lmfao
@@liquidfire21 we need that spirit back
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.
might be that the larger scale is more precise which is why he used it for the smaller ingredient. it looks like the larger scale measures to a thousandths of a gram whereas the smaller scale only to tenths.
I'll say 7:25 "polish with an angle grinder"
Big brain
Someone likes their druGs 🤷🏼🤣🤣
Good catch.
"Nothing caught on fire" big flames coming off camera as the crucible fell off xD
I love how there is litterally no practical use of this new alloy but we need to name it
Never know, might become useful in the future.
Allmetalium
It would probably have some boring latin name.
How about amalgamium
Metallickyum
Please, analyse it by light optical and/scanning electron microscopy.
I want to see this mess.
Points. It is a mess.
and xrf
I am going to make a guess..
It will probably look like its split in layers,
For some reason I don't think an alloy will be formed
@@barbedwireisgood EDX (SEM)
@@Shadowmare4575 With molten metals would it be the same as water and oil? The heavier being placed at the bottom? The way I'm imagining it is some of the heavier metals (Or their particles) would sink to the bottom of this mixture. Which is why I'm thinking he had some of the metal chunks that formed on the top that didn't mix too well.
Jarvis: "Congratulation mr.stark. you have created a new element"
I think it should me mixture
Well it's a alloy 😂,but I get what ur trying to say
Scientifically that's incorrect
Jarvis: we r not done here.
name the element he discovered
The result was a Nokia 3310.
LMAO apparently this flew over everyone heads.
Nice.. you can melt them and them suckered still make calls..😂
Epic
no, it requires uranium too for phone calls
no, nokia 3310 had uranium also.
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.
Actually a good suggestion, application of pressure for higher temp metals would be good too
Yeah that's why they create new alloys in space... If you are here and smart you already knew this
@@darrentylor5473 They do?
YOU TELL HIM TWATS !!!
@@Number1FanProductions I don’t think so it would be very expensive to get metals up there
The fact that the sound doesn't match the video makes this even cooler to watch
It gives me an aneurysm
Sounds like he is being dubbed.
Like a German scientists doing a video for a board.
I think it's great he had borat dub his video in english for him.
Absolutely
It's dubbed. th-cam.com/video/lSj_vJPSQ0Q/w-d-xo.html
Behold the MetaMetal !!!
He just made space aids that also give you space cancer
Maybe Polymetal?
TetsutetsuTetsutetsu
The Book of Truth
When things were at their very worst:
2 Suns, Cross in the sky, 2 comets will collide = don`t be afraid - repent, accept Lord`s Hand of Mercy.
Scientists will say it was a global illusion.
Beaware - Jesus will never walk in flesh again.
After WW3 - rise of the “ man of peace“ from the East = Antichrist - the most powerful, popular, charismatic and influential leader of all time. Many miracles will be attributed to him. He will imitate Jesus in every conceivable way.
Don`t trust „pope“ Francis = the False Prophet
- will seem to rise from the dead
- will unite all Christian Churches and all Religions as one.
One World Religion = the seat of the Antichrist.
Benedict XVI is the last true pope - will be accused of a crime of which he is totally innocent.
"Many events, including ecological upheavals, wars, the schism in My Church on Earth, the dictatorships in each of your nations - bound as one, at its very core - will all take place at the same time."
1 November 2012
@@michagabo8819 bruh you have been doing to much Adderall
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.
Hadn't alchemists by all reason tried all that centuries ago?
@@SianaGearz The difference is quantity. Alloys tend to work best with at most 4 elements, while high-entropy alloys can go into the double digits.
The accent makes scientific stuff sound even more scientifically
Dexters laboratory
Yes he has an Russian accent
a little bit harder to understand too
Not sure vhy da VIDyo is dubbed though. Vas da oRYIginal one in ЯussiДn?
@@webinatic216 I was going to say Dexter grew up. HAhaha
He did what I've always wanted to do since I was little, I just wish he made a god sword
so why don't you do it and attain your dreams?
LOL, same. I thought of the same thing. I love this video!
@@freezingcathedral not everyone has the time and money to do such project, not to mention the skill and knowledge required to have the ability to do it to begin with.
@@robbieaulia6462 It's a metaphor lol
Same
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.
“Oh yeah I just threw all the metals together at various ratios in air and mixed it into a semi-homogenous alloy and it’s Tc is 300K. Good luck unpacking that shit, theorists”
@@mousefire777 I have to be honest, I've never heard of Tc as a symbol for superconductivity so I thought you were saying it magically turned into technetium lmao
@@GarryDumblowski At least in physics it's important. It's the critical temperature, under which the material superconducts. Basically one of the holy grails of Superconductivity is a room temperature Tc
@@mousefire777 No, yeah, that makes sense. I never got any farther than basic electromagnetism in physics, and to be honest I don't remember any of it. Cool field though, I should pick it up again if I ever get back into academia.
@@mousefire777 Going straight to the "Top 10 scientific mystery lost forever"
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 looked it up and it said only pure iron but I didn't research I only looked it for like a minute so dont take my comment as a fact
As he mentioned, copper can be found in it's pure form naturally while afaik, iron can not. This explains why the bronze age existed and used bronze, as purifying iron to make it workable, especially with it's high melting point, is likely rather difficult without the appropriate tools. And while yes, iron was much more abundant, it is also harder and thus better fit for weaponry. But the real breakthrough in regards to hardness was steel. Even rather early bone steel, like vikings used, significantly improved the iron weapons
The main difficulty AFAIK was just getting the iron out of the ore. Even after that, iron needs to be made into steel or undergo proper heat treatment to meet or exceed bronze's specifications. But once that barrier is passed, it's extremely worth it, since iron is far more abundant in general. And by far more I mean orders of magnitude more. This lets you build far more weapons, armors, etc, leading to a huge advantage even if the quality was a bit iffy at first.
It's same with titanium. It's the 9th most abundant metal on Earth, and better than steel in every way. It's just a pain in the ass to get, and even harder to work with.
@@ianlindstrom2019The weaker iron was still incredibly useful though because its better than copper and much easier to source than bronze even if its harder to process into a useful form.
Due to the reasons the top comment mentioned. If you wanted bronze you were reliant on trade and foreign states being stable because the metals required to create bronze were not accessible in the same region in large quantities. So if a foreign state that is the source of one part of the bronze recipe collapses or gets embroiled in war or trade is disrupted... then tough luck you cant get your bronze.
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!
Yeah nickel chrome and vanadium gives you prohrom the non rust and non magnetic stainless steel. Used in food industry machinery and farmaceuts. Also its a metal that your kitchen sink is made off :D
Imagen making a weapon from this thing
Yes some bromides reach hardness close to diamond
No it's definitely not a high-entropy alloy. You need to mix these at atomic evenness to be high-entropy alloy.
Vibranium
"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.
Came down to look for this sentence quoted :D I leaned something new today!
That's from Thoisoi2's strong German accent.
it took me 10 minutes to figure out what Stanley's steel was.
@@herds22 :D :D :D Stanley's steel is the best steel out there :D
Yeah, sometes science can be confusing also
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?
Exactly what I thought
I imagined the more dense metals that don't mix with iron like gold would sink to the bottom of the crucible and were angle grinded away.
@@Wackydude27 I wonder if you could maybe centrifuge it when smelting to even out the psuedo-alloy and prevent it from settling. Hmm. Reminds me that I haven't kept up with the low gravity smelting experiments they were supposed to be trying on the ISS.
I second the wanting to view it under a microscope part. Maybe record the density and do a few hardness and conductivity tests....you know, just normal experimental metallurgical stuff...
It probably helped that a lot of the metals he chose are common elements used for steel alloys.
Of course not all of them were, but it seemed like the majority of what he used were.
@@DeltafangEX i think that would probably work but could you imagine a white hot cylinder being slung around? 🤣
My gosh
Bro just created *the* metal.
This is the adult version of mixing clay of all colors expecting something amazing new
You always end up with poop brown though.. 💩
@@karlkiessling yup
yes
I end up with black
@@varindergill1290 i ended up with brown - grey
"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)
probably need to melt under innert gas?
imagine gallium
boiling lead sounds really bad tho
The tungsten doesn’t have to reach melting point, it is quite soluble in a melt of various metals. In fact that is how tungsten is added to tungsten bearing alloys - as a solid into a liquid melt (of
say iron, nickel and chromium)
@@ernestow2575 you definitely do not want to breath that, that is for sure
Metallurgy is really interesting. Alloys are incredible, and the modern world would not be the same without them.
It's amazing how long our species has been alloying various metals, and even with the insane advancement of knowledge in the last 200 years, we've still only scratched the surface of the world of alloys.
Wouldn’t be the same, more like wouldn’t exist
Yeah, metallurgy is a huge interest of mine. I have a bunch of ideas about different weird alloys I can try, but usually I find that it's a bit far out of reach for me. Although truth be told, I have been able to melt some kinda interesting (and likely impractical) forms of bronze recently.
Fire, horses, cows, wheat, metal and wood is what mankind really is.
Alloys and plastics literally are the modern world, in and of every thing in every environment, certainly everything we touch.
“First to make Bronze I must first mix…”
Say no more fam, I know this one from my RuneScape days
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.
how about bronze. i'm not very well up on these things but bronze is at least harder than copper i think. obv not as hard as steel though but how does it compare
@@ijustwannaleaveacommentony6511 Bronze isn't hard to process. Ramp up the feeding speed. There are charts with feeds and speeds for every metal. It also depends how much material you remove, with what tool and what finish you want on the detail.
@@ijustwannaleaveacommentony6511 you can cut any metal as long as the tool yo are cutting with Is harder. Usually tungsten carbide, high speeds trek, ceramic, or in unusual cases, diamond.
9:55 "I can sense its power" *ominous synth music intensifies*
The music is from a game called mindustry, i think. Its a factory building game with resources like copper, lead, thorium, etc
This man making a legendary material for a legendary weapon
That requires you mine each ore in existence at different parts of the map with different level of mobs to beat just to get 1 ore.
More like, an ultimate weapon!
the thanos killing kind weapon
The metal would be junk for a weapon.
@@doricy. a weapon that the bifrost cannot hold up on ..
Thank you for putting this up. I always wondered about these processes and never had chance to see it.
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! 😀
Ameen
But he’s dead tho
It's really interesting to understand processes are within exacting mixtures of elements,compounds,chemicals,metals to get the perfect balances of strength, flexibility, durability to use in all our daily lives and we are only just scratching the surface of possibilities to enable our exit away from this planet only one thing stands in the way progress for we cant keep you with that or we are being prohibited from real advancements until the powers that be decides we are ready?
@@easports2618 maybe that's why u have no friends
@@octimux8071 butterfly effect so you know never know,maybe I am the cause 😈
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.
magnes IUM sod IUM calc IUM titan IUM etc etc....sooooooo alumin IUM .......sorry got triggered
@@PrinceBejita
Haha! Yeah chemistry is weird. The symbol for Aluminum is AL, for Gold it’s AU, for Tin it’s SB, for Lead it’s PB…..
@@RobertSmith-km6gi Tin is Sn
Sb is antimony
@@VanadiumCarbide
Ouch! My bad
@@VanadiumCarbide there's a joke to be made about your username and the topic of this comment, but idk what it is
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.
That would have been **suuuper cool** to see with his super alloy, eh?
I am just about to finish training in that field. If I ever got this alloy on my hands, I'd do everything with it. Look at the microstructure with light microscopes, SEMs. Then prepare a small slice of it for a TEM to see how the structure would look like. Then the rest of it would undergo several hardness tests, strength and pressure tests and chemical tests.
I'd be absolutely eager to hold an alloy like this in my hands, just to find out how absolutely weird it would be.
@@scottfree6479 To polish is different from something polish
For example polishing your nails does not mean that you paint them white and red, but that you make them not feel rough anymore. You wouldn't feel it's texture with your fingers anymore.
But I feel you that these two words can be quite confusing 😂
@@scottfree6479 Polish people get the joke.
I have an SEM-EDS in my garage, come on over !
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.
How does this affect the final composition? Im really curious
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.
You'd be riding the lightning for sure
@@jt7250 Definitely! I'm surprised he didn't kill 'em all with this experiment.
Imagine him discovering the metal mix for Thor's hammer. The most metal tool out there.
Hahaha
Would White Snake still count ...?
... or Def Leopard ... ?
"let's mix all the metals together!"
I knew someday it would come to this.
Suprised no one thought to do it sooner.
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.
The switch from bronze to iron happened over the course of many centuries and over many cultures. It's not hard to believe that the switch was caused by different things for different peoples in different places at different times.
This is true, but only part of the story. Iron still required more advanced furnaces than were available at the start of the Bronze Age, and it wasn’t until the development of steel (also an alloy) that bronze became clearly outdated.
Bronze is harder than pure iron, less brittle than the high-carbon iron which might have been produced easily, can be smelted at lower temperatures than true steel, and is less sensitive to exposure to carbon from the fuel used to smelt it.
It’s certainly a simpler technology than iron and steel, but not necessarily worse than either.
For reference, I learned all of that from TH-cam videos on the Bronze Age collapse.
@@ZeteticPhilosopher Steel was produced accidentally from the very earliest periods of the iron age, but it wasn't reliably produced until long after iron was used. Indians started reliably producing steel around 400 BC, around 800 years after what historians consider the end of the bronze age. It didn't become a common use metal in Europe until the 18th century, you basically had to be rich to get it before that.
You correct though that bronze didn't stop being used just because iron came on the scene, it's just that iron took over as the main metal for lots of things such as tools, weapons and armors.
Also tin wasn't common (copper and iron was). We still aren't 100% sure where Roman Empire got all it's tin from.
Thanks Thoisoi . That was fun. Keep making those crystals !
This is a smarter version of mixing different soda flavors to make a new flavor.
I feel called out. Take my like
Mixing Na2O, NaOH, Na2CO3, and NaHCO3 will probably have a ... caustic flavour.
it works tho
I never liked soda alloys, such as
- Fantite (Fanta+Sprite)
- Spoke (Sprite+Coke)
- CoSpPe (Coke+Sprite+Pepsi Alloys in general)
Soda Periodic Table (based in ingredient number like atomic number):
7: Co (Coke)
8: Up (7Up)
9: Pe (Pepsi)
10: Sp (Sprite)
12: Mi (Mirinda)
13: Cr (Crush)
15: Fa (Fanta)
Reply if you think there are some soda elements left out
@@losuthusxd886
Mg (Mug)
Dw (Mt. Dew)
Dr (Dr. Pepper)
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.
That'd be a high entropy alloy:
en.m.wikipedia.org/wiki/High_entropy_alloys
@@actuallyasriel With heavy emphasis on 5 or more. .-.
@@actuallyasriel
Thank you, that is fascinating
Check out somethinG called meta-materials LoL
... its* proportions (it's = it is)
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"
Don't think anyone would want to add boric acid, otherwise known as borax, to any food.😂
And then he polished the chili con carne to check its quality.
Victorian era bakeries be like:
Was looking for this, refreshed more than once bc I thought sync was off
@@angusmcawesome7921 and it didn't spark, showing it's oxidative properties.
I would love to make bars of silver with copper streaks in them. They would be beautiful to say the least.
Chemistry Teacher: You cant mix all the chemicals together!
Young Mendeleev: Yah right! I can!
Mendeleev Periodic Table I am your father!
Noble gases are the ones stopping us.
Arthur Vieira Souto Damn nobles!
@@TheAvsouto True! If he just added Uranium or Thorium it would be cancerous!
8:33 Now I know how the flag of Germany was invented
Oh nein, er weiß es jetzt! IN DEN BUNKER!
You get *death by America*
Ja
@@olasdorosdiliusimilius2174keine probleim
"I can sense its power" this dude is a total nerd and I love it
Kazakstan has really improved their stem education.
man wtf💀💀💀
Probably, metal like Thungsten did not melt in the final alloy due to the high melting point. Nice video!
It could be true but many alloys have lower melting point than its ingredients
@@welchianachi7707 it's interesting that metals form "azeotropic mixtures" just like some liquids (e.g. ethanol+water, acetone+methanol).
thighsten
@@user49917 r/woosh
it is possible to let tungsten dissolve by letting it slowly diffuse into the molten metal
Mixing 5 to 12 elements together will find a surprising feature - things gets easy to be mixed perfectly. It is all because of the entropy. If interested, highly recommended to study for thermodynamics .
Next video: Recovery of every single metal from this alloy.
Good luck, have fun! 😁
That would be epic-level.
Is it possible?
@@gudangrumahjogja idk is it
@@gudangrumahjogja chemical separation and extraction from resulting sludge. Rare earths are extracted this way. Most of them aren’t that rare, they are very hard to separate from the minerals in which they occur naturally.
@@gudangrumahjogja Absolutely. Question is how much money and effort you want to spend on it.
Did.. did you dub yourself?
there is a 2 in the channel name.... the original channel is probably the same video in a differnt language
@@crumbskullThoisoi is Russian I think
You forgot to include the most interesting and rarest of metals in your alloy: nobendium, impervium and unobtainium :-)
but my Xbox doesn't come with uno ( ಠ ▵ ಠ)
No, he forgot Stalinium
Unobtainium is Ununennium
Also diamondium and diamondillium!
@@thechunkiestmonkey6887
They used all of it making Bender V2
"What happens if you MIX ALL The METALS Together?"
Me: *scoop dirt
Also me : "This."
Genius
Genius
But it would also contain organic things which are not metals
@@hanifanzk C a r b o n
@@hanifanzk I think he means it would have the same value as dirt.
"just like water is the best ingredient in soup"
Me: .........i mean yeah he's right, without water its not soup
Cream of mushroom. Uses cream.
@@AnonEyeMouse also cream of mushroom: h a s w a t e r 😎
Cereal
@@dildoshwagins664 milky water
I love that not only did you have to learn chemistry to do this video but you also had to learn English
Now this is true heavy metal
17:33
Just casually setting his table on fire, just another day for this mad scientist
18:13 Sounds like something I did when I was 13 and going through some changes.
Underrated
it took me a second, ngl.
i didn't get the joke at first, then. i was like.....
I laughed instantly
Xdddd thisguy
Title unlocked: he who has made the philosopher metal
I believe what you created was a high entropy alloy. They’re hard to make at high qualities but tend to be insanely hard, strong, abrasion resistant, heat resistant, radiation resistant, and have interesting magnetic and electrical properties. If we could mass produce high quality cheap high entropy allows it would likely make all other alloys obsolete.
"High quality","mass produced" and "cheap" don't really go hand in hand lol, one of them has to go
@@shibenue2890 why? just look at how much microchip tech has been optimized, its gotten so so much more higher quality, mass produced, and cheap over the past century
@@shibenue2890 not really, compare the steel nowaday to the one we had 100 years ago. It's definitely of higher quality, mass produced, and cheaper.
@@AnEnderNon silicon is one of the most abundant and cheaper elements used to make chips
@@aya5468 ok
My 7 grade self be like: "what if we do that?"
same
yep,same...
Me, after writing my final exam in 12th grade: Time to do all those experiments we havent done in our lives! Basically every experiment!!!
my 7th grade self would've answered you with: probably a crumbly mess. then make this face→ (ﾟﾍﾟ)ゞ
Same With Me
You should try using a graphite rod to stir the molten metal with to achieve a better blend.
And add the lower temp melting metals towards the end
This is one of the single best videos I have seen on TH-cam.
I'd be interested to see the microstructure and how it responds to various heat treatments.
Thank You.
I forgot that this was a dream of mine as a child. 30years latter, this video was made and I instantly remembered.
This was my absolute childhood dream
And to be honest, it's still one of my early adulthood dreams
Same I'm gunna do this at work
You look exactly what I would have imagined Sean Astin would look like in his 20s after only watching the Goonies.
Cool experiment
Since all metals have different melting points, (albeit, some have very similiar ones) fusing them together into one massive super metal would be an amazing feat. I feel like this massive alloy would either be very brittle or incredibly strong, no in between.
High strength and brittleness tend to go together, I’m afraid. Glass is very strong but very brittle for example. Getting toughness and strength together is quite a challenge.
I was sad that he didnt add any radio active meatals but it was prob for the better because the fumes, but he should of at least added bismuth or gallium it would of made the mix interesting
that's what you call.."THE METAL REMIX"
Metal 2 eletric boogalo
@@xilpes6254 Metal 2: Alloys
Metal 3: this
I was also impressed with your small induction heater. I had the pleasure of working with a larger one on another job working with precious metals. All of the crucible’s were graphite.
I would like to nominate “dagwoodium” as the name for this alloy.
I have to admit, as a hobby welder, I winced a bit when you tossed in the zinc. Welding galvanized materials is really dangerous.
It’s doing a bit more then simply “burning out”
I was expecting a dumb but interesting science video and ended up learning about alloys and their properties. Great vid!
1:48 if you want to skip the ad
Bless you
This is giving strong Borat vibes, and I'm digging it!
I'd absolutely love to see this alloy forged into a blade. Super curious as to how it would perform.
Very poorly. If the metal is as hard as it seems it will snap/shatter instead of bending when it delivers a hard impact. Plus there are bound to be inconsistencies over a large ingot that would make weakpoints in the blade.
@@iamcool544 so how about a warhammer, or even a mace? Something that doesn't require the need to bend and instead just needsnto retain its mass?
I mean no one said anything about metals that we don’t know off
Maybe there’s a secret something that can fix that flaw
@@ultimatepunster5850 you can make a warhammer out of stone. It would just be unessisarily expensive.
@@Sov_spoiled There aren't any metals we "dont know of" every element has been mapped on the periodic table. Anything beyond that is not naturally occurring, requires MASSIVE amounts of energy to create, and only exists for a few milliseconds before it becomes unstable and breaks down into a lower energy element.
A large difference in atomic radii of the various metals most likely resulted in some form of dislocation hardening, and most likely large globs of elements have perceptitated likewise increasing hardness
I'd be interested to see this alloy's hardness tested and test its malleability, ductility and other physical properties like how it works cold and hot.
... its* malleability (it's = it is) ...
@@einundsiebenziger5488 Thanks, just a typo. It's vs its is a pet peeve of mine also
Imagine it forged into a knife blade. Uh oh, we just invented Wolverine's claws...
@@tsherwoodrzerobut because of its hardness it shatters the second it hit anything so it will have fragments in the skin
@@TomFoster-en5ucthat makes it worse, we just went from cutting to an actual war crime.
By your powers combi.... I mean by your metals combined you just made EARTH :)
You could probably hammer the nugget flat, and fold it, repeat a bunch of times, to better mix the metals. Then remelt it.
But I think it would have been better to sacrifice the crucible, and just let the alloy cool without exposure to the air. The nugget is likely worth quite a bit more than the crucible anyway.
I must see someone do this and turn it into a dagger then test everything with it or use it with as a magnet and attach it to their fridge
Perfect... and it would all have to be done in chamber of inert gas.
This is one of the finest videos from this channel
Would be interesting to see this alloy upscaled to pressure vessel size to measure it's susceptibility to compressive stresses in excess of 100,000 psig.
I like your funny words magic man
Everybody Gangsta until He Says: *Uranium Included*
Thank you for creating this, and making this. I was always curious in chemistry class what would happen if you mixed many of the metals on the table, and now we know :). Did you name it Thoisium Alloy?
For some definition of mixing there is a chapter in the book what if on it
I love the periodic table arrangement. 😍
Haven't seen that many different kinds of metal in the same place since the 1980's.
Soothingly mesmerizing... The mad professor. Love it.
You should make a video about the soup, too. It looked tasty.
The kitchen *is* a sort of a laboratory where you can follow protocols or improvise some edible Vibranium while drunk and on drugs.
I would love to see an xray spectroscopy of this alloy to determine which of the metals stayed in the alloy and which ones evaporated.
Did you ever run tests on the metal to see if there could be any unusual applications for the mixed metals?
If you are interested in these kind of alloys try searching up high entropy alloy. It has many applications in high temperature environment such as airplane turbine blades and nuclear reactor vessel
yeah...but why is Borat narrating?
@@TML0677 😆
@@TML0677 He is a Russian speaker. He first makes videos in Russian and then translates them into English.
Next video what happens if we mix all the elements in the periodic table?💀