Why Adamantium Skeletons Are Awesome
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- Опубліковано 9 чер 2020
- I've spent a lot of my life telling you what superpowers you wouldn't want...an adamantium skeleton might be different.
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Thanks for watching, my swarm of nerdlings
😂😂
Hello sir
Are you the queen of the nerdhive? lolol
I already have the airport problem with the 6 inch steel plate in my leg & the screws & pins.
Hey Kyle, I have some questions.
Given that you made a Video about Kratos' Axe, you probably know about Jörmungandr, the Midgard Serpent.
According to the myth, Jörmungandr was so huge, he could wrap his body around the whole world. So, keeping in mind that there are probably some continents in the way of wrapping around the world in a straight line, how long would he really be?
From that, how big would he be, taking the propotions of aquatic living snakes as reference? Like, how big would be the size of his head?
Would a body that size even be possible, like either supported or destroyed according to physics?
How big could Jörmungandr become within the realm physical reality?
Knowing that reptiles like crocodiles can live up to one year without eating after a big meal, how much food would Jörmungandr need to stay alive, what would he eat, how long could he survive, or how much time can pass, before he needs to eat again, and would it be noticeable that the great serpent awoke once more by us surface dwellers?
And, taking aquatic living creatures like sea snakes or whales as reference, who can hold their breath for quite some time while diving, how long could he hold his breath with a body that big, with both mythological size and realistic size, before he has to come to the surface again?
Also, since sea snakes have very fast working venom to prevent bitten prey from escaping, how potent would Jörmungandrs venom be, if being impaled by his fangs doesn't kill you outright?
And how toxic, what properties, maybe even what known substance could it be, would that venom be, if just the poisonous breath of the Midgard Serpent was able to kill Thor?
I'm just glad to be a part of a timeline where Thor devoted his life to teaching science after Mjolnir broke
Crack head thor?
You’re spelling Mjølner wrong
@@JohnWhiteHere you mean Mjölnir?
This guy looks like Amy shumer but with a beard
That's a fan-fic idea right there, or heck, even a standalone book.
Plot: After Ragnarok was averted and Mjölnir was destroyed, the god Thor gave up his godly powers and became a Physics Professor for a century. But after Naglfar is spotted the edge of the south China sea, and . and a dire warning from Heimdall arrives, the god of Thunder realized Ragnarok was not averted but postponed. The only person who can prevent the destruction of the nine worlds is Taylor, a mere young college freshman, who is failing physics. Will the god prepare Taylor in time to prevent Ragnarok?
"I'm not a human doctor, but I'm pretty sure you need blood." --A normal human.
That’s sounds like something a synth would say or maybe mark zuckerberg
So I'm not the only one to question the ability to produce blood cells. Part of the reason that Wolverine needs to have his heal factor?
Without blood all vampires would extinct.
I legit didn't even think about this! I'm totally going to ruin wolverine for my brother with this one phrase 🤣
The bones are only laced with and coated in adamantium. Bones have millions of pores and air pockets in them and those are filled with adamantium. He still has marrow. But in a normal person the mild radioactivity of adamantium would be enough to kill off the bone marrow. Crap like this is why is poorly named "healing factor" occasionally burns itself out. He's a walking autoimmune disease.
The trauma of the surgical application is exactly why it was performed on Logan in the first place; his healing factor allowed him to survive the surgery when it would have killed anyone else.
Yup was going to say this. The only reason the weapon X project worked was BC of Logan's healing factor.
Wait, the adamantium skeleton did not give him the super healing?
@@SCPFanMY Nope
@@SCPFanMY super healing is his default power as a mutant
@@SCPFanMY You know what's better? Even in issues where he lost the adamantium coating on his skeleton, he could still grow bone claws out of his hands.
I remember reading a comics issue where a medic is doing some tests and exams on Wolverine for poisoning effects and says something like "I can tell you must feel this constant pain through your whole body, at all times, due to your tendon and muscle ligaments not being able to sustain the skeleton's sheer weight. Am I right?" Logan's answer: "It's only pain". Savage af.
"Our Values are Under Attack!!!"
is probably one of the most conspiracy-like Things one can say,
and yet, for Science, it's literally true.
As Professor Dave in his epic video about the Discovery Institute
and it's members showed:
Yes, a lot of people are just being salty about
not having had the Best Grades once... but some are doing Science-Denial
delibaretely. As in 'sitting down, planning, and then going to discredit Science'.
Some are silly, yes, and some want to just make money,
but some want something else.
UA-camr Telltale also covers the fact that Anti-Science Laws are literally
pushed by Some. Right now.
If you didnt knew all this or not knew how intense it is,
please inform yourself: Many Science- and Atheist-Channel talk
about Science-Denial.
There's a reason he drinks until liver failure.
@@nenmaster5218 that's cool and all but where tf did this come from
The thing with pain is that it's only a negative experience, because we perceive it as danger. Dissociating pain from danger severely reduces suffering, even in regular humans. The opposite is also true: perceived danger can cause real suffering and real pain. Since Logan can just heal everything, he doesn't have to associate pain with danger, so I think it's possible for him to kind of rewire his brain. And then pain will be more like a warning sign, rather than a red alert.
@@Marqan Tell that to someone that suffers everyday of its life without any real danger, just because of bad luck (genetics), he will probably punch you in the face. Well, I wouldn't punch you, but you can try to rewire the pain however you want, you indeed start to be able to live with it somehow and start to have a strange relation with pain... but it still never leaves you and it just hurts every hour of every day of every week of every year until i'll die
‘Why doesn’t nature give us metal bones?’
*me gets confused and looks at the periodic table’
Hmmm calcium is a metal according to the periodic table...
But it's a carbonate of calcium, not atomic calcium. Not that it would be better, since calcium is super brittle and absurdly reactive. Our skeletons would just randomly combust every time we took a drink.
If you're an astrophysicist, everything but hydrogen is a metal...
@@rey_nemaattori
so ... that would make mayonnaise an instrument ideal for heavy metal?
Burn!!!!!
@@rey_nemaattori i swear i've heard the phrase "metallic hydrogen" so... maybe not even then.
Kyle’s voice when he said that he thinks that people require blood to survive. That was an absolutely beautiful reaction.
He is a god, never forget that.
@@GuitarsRockForever of thunder lol
he is a showman , its true
@@GuitarsRockForever 666
66667
"Going to the airport would be a tremendous hassle."
Glad to see adamantium makes airport security less obnoxious.
Scientists have actually identified a gene that gives the humans who carry it extra dense bones that are significantly harder to break. My family appears to have it, possibly on both sides, and in living memory I'm the ONLY person in my family to have managed to break any. This was through great dint of effort, and only the very tiniest distal phalanges in toes and a finger.
That is despite a lifetime of slightly extreme sports, accidents and hard physical jobs. It took the entire weight of a warm blood colt at high speed to even fracture my fingertip. Getting smashed through a solid post and rail fence, brand new and shattering the upright that was 6"x6", did soft tissue damage but didn't break a thing.
This was despite my tibia literally being exposed from the impact. The doctors x-rayed me twice because they couldn't believe it wasn't broken. Th specialist called in to double check just stared at the x-rays, stared at much leg, shook his head in disbelief and said " you must have VERY strong bones".
I did give me more muscle mass and strength. I trained as a farrier (blacksmith) & could literally lift and carry an anvil with no problem.
Unfortunately despite almost unbreakable bones, my nervous system & immune system are not likewise superpowered, and are extremely faulty. The world is safe from a potential super villain. 👍
dude, even with the drawbacks you are literally a super human. thats fucking awesome!
Bruh this guy is like Bruce Willis from Unbreakable
Check Neanderthal gene count.
The Farrier would a badass supervillain name. 🤓
@@NateTDOM girl but yup lol
That would be fun with MRI.
Doc: You got any metal in you?
You: Just the skeleton.
Also no airports, or metal detectors, stay way from strong magnets
Depends on if the metal magnetic. Iron and steel are a problems, titanium is not.
@@IsYitzach Titanium also has the benefit of being stronger, and lighter than either
@@richardle7469 just imagine how gruesome your death would be if someone turned on a super magnet too close to you. The initial attraction probably wouldn't do too much damage, but as soon as you hit something solid or the magnet itself it probably would be lethal. Even after the fleshy parts of your body stops moving, your metal skeleton would try to cut through you to continue to move towards the magnet. I couldn't imagine that to be very pleasant or pretty.
@@IsYitzach Well, the comics and movies make Magneto laughably OP against Wolverine most of the time. Heavily implies that adamantium is magnetic
Brain injuries with adamantium skull be like: game over
Only with encephalitis. For other brain injuries, the skull doesn’t deform enough to absorb impact. Between CSF and dura layers, they provide the only shock absorption.
I imagine that the plates of the skull would probably be less fused than they currently are sense this assumes a robust medical culture
@@disregardingsanity7005 the issues would be people would feel more comfortable with larger impacts. They might not effect the bone but they would still effect the Brian and muscles.
@@disregardingsanity7005 I'm always fascinated though why did nature chose that path? Brains as a thing is very, very old in mother nature. And some creatures like humming birds are protected, up to a certain point, from some impact shock. I thick our trouble began when the skull fuses. It's almost like if, when injured it should expand and allow the brain to heal, up to a certain point. But I see why this is tough to resolve. The skull protects our brain but it can hinder. Maybe we need weird cybernetic coverings lol. I don't know. Then we will have to delve how far can a human be "machined." and still be human. Though Data seems to do well as an artificial sentient. So we may have to be fine with " Mostly machine sentience." But I saw this creepy thing where they questioned things like implanted memories. In a sense they are real mental experiences to the mind but the traveler never physically went any wheres. A bit better then a lucid dream someone can recall as many of those end up in long term memory. Well I'm no expert. I watch and read to much weird stuff lol. And I use to lucid dream but alas a side effect of a prescribed beta blocker.
Could just make it in a way you could twist the upper part to access the brain
A metal skeleton would be a terrible idea, if it even worked at all:
- The body would need a way to reabsorb parts of the metal, otherwise only the outside of the bone could grow, leaving you with the same inner diameter you had when you were an embryo/toddler/whenever your body first started depositing metal, which would leave you with not enough blood production.
- You could not just bend something back without surgery so invasive it would be rarely worth it. You could *not* just grab a bent limb and bend it back, because your flesh around the bent metal, in both/all the places you're grabbing it, would get squished and/or cut all the way to the bone way before the metal would even consider bending. Even if you tried to bend it with magnetic fields to avoid touching and thus squishing, the magnetic field strengths involved would heavily impede your blood flow, to say nothing of other effects on the rest of your body.
- There's another problem with bending something back: Have you ever tried to bend and then straighten a thick (at least 0.5mm^2) solid wire (as opposed to a wire made of several thin filaments)? It's very hard to avoid ending up with crinkles around where the bend was, especially if you're only grabbing where you originally grabbed to bend it.
- A lot of illnesses would be way harder to detect, diagnose and treat, especially around the brain. Good luck getting a CT scan or an MRI of the brain when it's encased in solid metal. Same with the interior of bones. Good luck detecting that tumor, or prion desease, or leukemia.
- Also, good luck getting a heart transplant or doing any surgery that requires opening the ribcage. You now need metal cutting tools, except you don't want sparks and hot tiny metal shards (not just from the bone, but also from the cutting tool) spraying over the inside of the patients body. And when you're done, you need to reattach the cut off parts, probably by drilling holes and connecting them with bridges and screws - forever, because the body has no reason to know how to grow cut metal bone back together.
@Brimstone What are you referring to with "this"?
- First point: Yeah, maybe, but if we're under the assumption that it would be something like a treatment for, say, soldiers, evolution wouldn't play a role in any of this.
- Second and third point: Evolution would probably not touch this, since bending/breaking a bone would be too rare.
- Fourth and fifth point: With modern medicine being so recent, evolution *definitely* wouldn't make any difference.
Carbon fiber is probably a better choice: lightweight (possibly lighter than our skeletons) , not as good of a conductor as most metals, and easy to cut, but really strong.
I completely agree with you...except that the assumption here is, what if humans have evolved with a metal skelleton...scratch that, all vertebrates...It would be normal to think that all other biological components evolved alongside it to compensate.
@@villalba874 I might be completely off, but wasn't the assumption an optional medical procedure or genie wish or whatever other cause for someone to get superpowers?
I take issue with this video considering his other superpower videos were not under the assumption that a human evolved to have that power. With flight, evolution would take care of all the issues with oxygen deprivation, larger lung capacity like a whales, extreme cold, a down feathery plumage would help, and so on. I also take issue with the fact that he states that your muscles could grow to gross proportions because your skeletal structure is stronger and could hold more mass. Your muscles would HAVE to grow stronger to be able to MOVE all that mass your bones have gained. Sure metal is stronger but most metals are more dense than bone for the same relative strength. Finally, nutrients, how well would nutrients flow across a metal, crystalline atomic structure, I'm going to guess, not very well. Just some thoughts that came to mind while watching and you seemed like minded.
Wolverines body has more muscle mass than a silver back gorilla and he heals quick enough for his tendons to adjust. That character is a savage
I’m curious how having a metal skull would affect the sound quality of your hearing. The acoustic resonance of my metal skelly is a fascinating topic to explore!
I’m curious what that would do to concussions! Your brain hitting bone is already bad, now imagine that but with metal
That ringing in Your ears it would only be a coating on the outside if I’m correct
Lol ligit Rip headphone users
@@thatringinginyourears3955 Depends on the construction no doubt.
Have you seen anything on how a woodpecker's skull is constructed?
A woodpecker beak ramming into wood involves a very rapid series of impacts that are measurable as over 1000g...
Do that to a human skull and you'd have little left but a fine paste.
Yet a woodpecker does it for hours on end with little consequence.
It's fascinating the mechanical construction that makes it possible...
I wonder if the ossicles of the middle ear would be coated too
Metal skeleton sounds complicated. But exoskeleton? Easier.. And I quote:
"NANOMACHINES, SON"
THEY HARDEN IN RESPONSE TO PHYSICAL TRAUMA
YOU CAN'T HURT ME, JACK
ＭＡＸＩＭＵＭ ＳＰＥＥＤ
ＭＡＸＩＭＵＭ ＳＴＲＥＮＧＴＨ
ＭＡＸＩＭＵＭ ＡＲＭＯＲ
(cloak engaged)
What are these references from
A WEAPON TO SURPASS METAL GEAR
But then, everyone in the world will be weak against *Magneto.*
So true
Not all metals are magnetic
@@jber9619 For Marvel every is
Not unless you use Titanium
Magneto really shouldn’t be capable of like 90% of the stuff they have him able to do.
One thing you need to keep in mind is that adamantium acts on the body as a heavy metal. When Wolverine lost his powers, he was dying from heavy metal poisoning due to the adamantium in his bones.
I mean... Other than the fact it poisons you.
There already are people with metal parts in them. Just pick a metal that doesnt poison you, like titanium.
@@Kharazim Devin may be referring to adamantium poisoning Logan/Wolverine in the movie.
@@bobbobob1510 yes
@@bobbobob1510 Even in comic books. That´s why Deadpools regeneration is faster than Wolverines. Because he dont have Adamantium in his body.
It's also dense adding hundreds of pounds to your body so I hope you don't like to swim because you'll never being doing that again.
I had always thought his bones were “infused” with adamantium, not coated with it. Therefore, his marrow can still make blood cells.
Unless they changed it.. there is no way for the blood cells to get outside the bones according to Marvel Lore.. shortly before Magneto pulled his metal out, Logan was dying and his healing factor couldn't keep up with the damage and compensating for his bodies need for red blood cells.. however as of now, I believe a balance was achieved...
1 word (rampant in all comics everywhere): Retconning.
Just smile and accept it, it'll probably change in a few years anyway lol.
Imagine getting too excited with your new super skeleton and jumping off a roof lands you a couple of bone fractures deep to the adamantium coating that the body can't get to to fix
@@Shigellosis translation: imagine getting too excited with your new super skeleton, jumping off roofs resulting in a deep fracture in the adamantium coating which your body can't fix.
My answer: squirrels. They can survive their terminal velocity therefore if adamantium can handle the stress it's been shown to handle you won't take fall damage.
Shigellosis I figure that they aren’t “coated,” they have the adamantium woven into the cellular, even molecular, structure of this bones entirely, allowing his bodily systems to repair any damage were it to occur, and allow his bone marrow to continue to produce blood cells.
Regarding squirrels, their minute mass doesn’t allow for them to gain the momentum to damage the bones they have which are strong relative to their weight. I mean, some can glide on their side-flaps. Haha
I love how the ultimate bones are specifically Canadian, also covered in Adamantium.
Metal bones look like a cool idea. You would probably need to be quite stronger due to the increased weight, which as long as the ligaments can take the extra toll would just mean having more muscle mass, which is quite interesting too.
Just make sure you don't end up having a too dense body altogether, or else swimming would be very tiresome.
If they were aircraft aluminum they'd be lighter than actual bones
@@johnpeace971 Lighter isn't always better, although I'm thinking whether it would be preferable in this case...
Stronger bones is good and all, but would the tendons and ligaments be able to take the extra strain your bones could take or would they just destroy your weak, fleshy insides?
Also if you're punching, your skin would still be damaged from the much higher impact forces.
Same thing with your feet if you weighed 9000 kg.
@@stewartsherwood7769 Also heart, lung and brain operations would be impossible. Try having heart attack with metal bones.
@@stewartsherwood7769 It's not just the skin, if the bones are much stronger and allows you to have much more mass, it also means they're going to apply much more pressure on the surrounding flesh whenever a movement or action is made, if you take a step and the pressure on your leg bone is enough to destroy your kneecap, tear your ligament, rip trough your flesh and pierce trough your skin, you'd be hard-pressed (pun very intended) to find anyone wanting this.
Sébastien Paquin
That seems to be a constant when talking about ways to improve the human body. If you make the bones stronger, you will need to improve almost everything else in the body at the same time, or the person who is testing these improvements will severely disabled for the rest of their lives. But if you improve everything at once, the human body would most likely die under such strains.
Though if it was indeed produced by evolution, we can assume the structural integrity of the surrounding biological architecture would have grown in strength and resistance in conjunction with the metallic bones.
"Bone prison" Is what I call my bedroom
AYYEEE
I'm so alone.
Same dude :(
you sound fun, i dont see why you have to be alone
The point you marked on the Stress-Strain curve is actually the yield strength. Ultimate strength is at the end of the curve when the material breaks. The yield strength represents the point where deformation goes from elastic (material will go back to its original shape once the force is removed) to plastic (permanent deformation).
Me, (having a metal skeleton)
My immune system: "Wait, that's illegal."
Have it titanium, the immune system doesn't typically recognise titanium as a threat 😁 hence why its used for several kinds of implants
Yea the only other option is gold and thats like butter compared to titanium
@@RamblesWorkshop Well then. My grandmothers stainless steel hip is a bit out of date.
If you are born with it your immune system wouldn't attack it, although the birth itself would be hell
@@dantran160 your immune system doesn't care where something comes from, typically It won't attack things that your born with but sometimes it does anyway, the immune system is amazing and terrifyingly unknown. Sometimes it just decides to murder you 🤷♂️
"snail-chain-mail" NO! : "Snail-SCALE-mail" Get it right!
Snail mail
Literally checked comments to make sure someone already said this. xD
either way, it's snail mail
What about brail chale mail
edward leas fail
Beavers actually have iron laced teeth on the outside layer making them stronger on the front side and weaker on the back so that they chip sharply making a better surface to gnaw with.
I too, have a stress limit that is not very high. If only I could get adamantium nerves...
Kyle, happily: I give killer high fives
Kyle, threateningly: I give *killer* high fives
yes he said this, and?
So does that mean Kyle became「Killer Queen」? :O
Ikit Claw, yeah, I don’t understand why people get so many likes from just quoting something in the video and not adding to it at all. He didn’t even add his reaction. It was meant to be that exact joke in the video, why repeat it?
@@VeryPersoon good question, good question indeed. 👍
@@VeryPersoon Right? its like being at a comedy show, the comedian telling a joke and the person next to you turning to you and telling you the exact same joke... and then the whole audience applauding the person next to you and not the comedian.
I love how you said "Canadian bones" like, not just bones, but Canadian bones.
as we all know Canadian bones are the strongest of bones
The difference between Canadian bones and normal bones is of the same magnitude as the difference between Canadian bacon and normal bacon.
Wolverine is Canadian 🤦🏾♂️. Therefore Canadian bones.
It's like regular bones, but they are soory aboot kicking your ass
Canada has a lot of dairy (in bags) I live here I would know
Imagine accidentally bending your arm and needing to go to the repair shop😂😂
I would like to start a petition to officially make The Facility part of the SCP universe.
5:50 "I am not a human doctor..."
So you are telling me that you could be an alien doctor
Wait... why is the Doctor who theme playing?
@Ishmam Masud - Cuz I Can: *EVERYTHING* is a Time Lord, especially if you believe TvTropes.
he could be a vet
@@ranwolf1240 Veterinarians aren't *real* doctors
Kyle, my "not a super villain" friend, I find myself disappointed in you. Those snails are clearly rocking scale mail and not chain mail.
No. It's snail mail.
Snailmail or chainsnail I will leave to the intelligence of the viewer to judge which name is cooler
@@reeticasawhney6 I like snailmail
Snail mail???!! Oh no....my package is never gonna make it in time...
The set up was so good. And the punchline was amazing. After 9 minutes it pays off so well.
Imagine having a steel skeleton, getting in a car crash, and instead of breaking your bones they just bend. It's near impossible to perfectly straighten metal back to it's original shape without super heating it. Inside a human body? Not gonna happen. Now you have to live your life with a bent limb. That would suck not only because of the inconveniences, but the shear pain of day to day life. Your tendons and muscles pulling in ways they shouldn't. It's better for it to just break and heal imo
Wolverine's healing factor is allows him to have a metal skeleton. Any other character, including Sabre Tooth, would die during the metal attachment.
Remember sabertooth did have it. Apocalypse gave back to Logan.
Its actually because they didn't have enough for Sabertooth, his skeleton was larger than Wolverine
Sabertooth would survive the procedure. His healing factor is exactly as good as Logan's pre-adamantium healing factor and Deadpool's (which is also exactly the same as Wolverine's pre-adamantium factor)
@@RabblesTheBinx According to cannon Sabertooths body rejected the metal, couldn't handle the process.
@@strictlybizb7791 that's flat-out false. Sabertooth *had* the metal bonded to his whole skeleton for a period, during the same time period that Logan had a regular skeleton again because Magneto had literally ripped the adamantium out of him. That was when they retconned the claws to be part of his mutation, rather than being pure adamantium implants.
Wolverine's bones are still bones the adamantium is like a shell around them, that is why when Magneto pulls it out of him he doesn't fall to ground like a sack of shit.
I love the idea that wolverine used to be regular-sized, but his skeleton compressed after the chrome-dip, like an astronaut returning to earth gravity
That didn't happen. If you read the Origins arc he's always been a "runt" even when he was small.
6:25
You're welcome.
Amongus!?
Among Us
7:20 while I will admit that you could technically fall from higher, I am not sure you could actually fall from that much higher. While bone fractures are an obvious injury, they are not generally lethal. With all the squishy bits of your body still the same, you will still risk serious internal injury from similar falls as with a regular skeleton. For example in case of traumatic brain injuries, having sturdier bones will do nothing to prevent them.
Additionally while the bones may not snapp, the fall's energy still needs to go somewhere. If the metal skeleton is flexing on impact to slow down the fall, the resulting tension could become problematic, if on the other hand the metal is not that flexible the shock will be much more severe for the rest of the body. Without knowing the excat properties of the metal used it is hard to tell whether this might be a problem, but I can definitly see reasons why having a metal skeleton would not be all that great.
SlashXVI
Muscle mass will become more if our bones are stronger
Then muscles will be able (probably) absorb the fall energy
At least a bit of it.
@@internationalfatherinlaw5585 Even if the Muscle Mass will be more, this will not lower the Impact on your internal. For example your Brain. It will hit your Metal Skull with even a higher force i dont think that this will be good in any way!
Bruising would be more likely as well, as the metal wouldn't flex enough to minimize the impact on the flesh.
However, evolution would have worked out a more resilient cell structure so you weren't walking on bruises all day.
@@Charistoph Well i guess, the daily Bruises will be minimalistic, if we think about that the metal Skeleton will be around the normal weight of your skeleton or even 10 kg more.
@@nachtelfirokese88, the weight isn't the problem, it's the flexibility of the skeleton in question. It takes a lot more force to flex metal than our bone structure, which means the flesh between the impact and the bones will be compressed more, which means damaged more, which means more bruises.
Logan gets around this thanks to his healing factor being able to easily compensate for this, but unless you're otherwise born with the ability already built in to compensate for it, you will see bruising for quite some time.
What if, hear me out...
Carbon Fiber bones
Ferro-Polymer
Carbon fiber practically explodes on impact. It's why racecars don't have carbon fiber suspension parts or wheels.
@@emory442 Thx now im imagening people falling over with their bicycles and exploding..... lol
@@emory442 surely it still better than bones?
Carbon nanotube bones. Theoretically the body could do it. Same with skin (also muscle fibers and some soft tissue). It would increase strength and durability (skin would be close to bulletproof. Muscles would be stronger and less prone to damage and strain. Organs would be tougher and more resilient) and decrease weight.
Wouldnt the metal oxides formed from your bones reacting with the oxygen in your blood be very toxic? And very likely kill off any creatures that mutate these metallic skeletal structure?
Imagine the calories you'd have to have access too for this to be plausible
Plot twist: humans used to have metal bones and that’s why you find metal in the ground...
Still a better plot twist than the happening had...
@@gruberjens4354 We still out here in 2020 making The Happening references like
@@LorisTheUntethered Its so bad its a classic
Your blood is filled with iron that is vital for life
these videos always have a really high production quality
But use Realtime render
What do Kyle Hill and my father have in common? Neither feels bad about crushing my dreams
This video was so funny, dude! Great job!
To answer your question:
Nope, I'll take the healing Factor thank you very much.
But the healing factor will let you have the steel skeleton too!
I love how he took a moment to still enclose that "indestructible" with air quotations with his one hand
"Canadian bones covered in adamantium." 😂
Imagine if this was real, and you go to look for a job...
Hospital staff needed
Job description: Welder
Imagine having a steel skeleton and getting an MRI.
Or working with really powerful neodymium magnets. :-)
skeleton shaped magnet
Just starts floating off the hospital bed XD
Or how it would change transportation ... Maybe we could just get rid of busses and trains and just hop on the magnetic track?
I like to imagine there is someone who actually has “that” voice watching the video and going nuts screaming “He is doing me,Kyle is doing me!”
Giggity
There are some real life people with voices that deep. There's a South American man...
Are we not doing phrasing anymore?
A step closer to becoming a Saiyan💪
You crack me up :) thank you!
But wolverine doesn’t have adamantium bones, does he? He has normal bones coated in adamantium?
watch the whole thing, Kyle mentions this and then opts for adamantium bones over a coating.
It depends on the comic. Sometimes it's a coating, sometimes it's completely metal, sometimes he just has natural bones that just so happen to be really strong
@@nicktheloser2974 name one story where he has completely metal bones, its pretty widely known he has a coating that gets ripped off and reapplied.
Also, his claws he had before the adamantium, they didn't come with the bonding.
@@bad72690 Can't remember the names of any of the comics, but I remember there being one. Could be wrong about that though.
Granted, there are so many Wolverine comics that pretty much anything is possible at this point.
8:57 my dog when I ask her if she wants a treat.
Lmao
Yes
I feel like such a nerd. As soon as Science-Thor said "snail chain mail", I immediately countered with "snail scale mail".
unless there's some pores or open space for the periosteum and ligament/ tendon attachment sites, it's going to be pretty difficult move normally, internal bone structures would have to be smaller to compensate for the thickness of metal bones, lower blood cell and partially less lymphocytes with the thymus now working overtime to recoup the significant loss of red marrow and put a damper on the ability to clot and close wounds with the loss of platelets. bones are also covered with pores to allow blood vessels to exhaust waste and supply the stem cell products it's marrow createss. bones also grow and deform, as well as atrophy, without proper stress they decay, and while metal might beat bone on a number of metrics, it can't do everything at once. bones are built cell by cell under Wolfe's law to protect against the specific stresses humans encounter, compression, flection, etc. yes metal is so sturdy it wouldn't need to worry about the average stress bones are built for, but that's exactly why it's problematic. instead of having bones made of metal or plated, some kind of extracellular matrix lacing bones would be beneficial. imagine if the metal was a network like cells capable of changes and adaptation, it'd even allow for us to stay the same shape and weight, with our materials not exceeding regular parameters.
As the Resident Beef Castle MD. I approve this message, I am already prepared to realign metal skeley bois. The Flesh-y bit on the outside though is a bit more Dr. Geoff's territory.
Yes. Yes I would! Unless magneto came along used his powers on me.
Wotzinator I don’t think Magneto’s abilities are limited by something so trivial and science based like that
@Wotzinator yeah if magneto can control gold he can controll most to any matallic substances
@Wotzinator yes there have been several cases where magneto ripped out wolverines adamantium skeleton. Also there are versions of magneto where hes so powerful he can control the electro-magnetic fields of individual atoms basically making him able to control all matter even if its not metal or magnetic.
The pacific rim movie reference was perfect lmfao 🤣 love this Video @kyle Hill
you have do a series of this. This is awsome
I love how you said "American football". That is accurate.
I liked too 😊🇧🇷⚽️🏈
It's because there are at least 5 different games called "football" (rugby, soccer, American, Australian, and Canadian)
Nieru rugby isn’t called football
@@adamrogers7682 yes, it is. The full name of the sport is "rugby football". Soccer is called "association football". And, in fact, that's *why* the term "soccer" exists. You should try learning the history of the sports before you run your mouth.
@@RabblesTheBinx you get it... Well done.
So Kyle has magnetic superpowers and is trying to make a super army 😂
All I could think when watching this video is
"The flesh is weak, but the machine is strong!"
I came up with a superpower:
Being able to temporarily leave the “timeline”.
It’s just for ten seconds or something, during wich, nobody knows that you’ve ever existed. You loose all feelings (because how is something that doesn’t exist supposed to have feelings) and if you come back, it’s like nothing ever happened. Everyone has all of his memories of you back and your feelings are neutral, a blank slate.
Could be very useful to dodge problems with other people and to just get rid of negative emotions.
I wouldn’t recommend using it if you’re happy at the moment btw
I don't want a metal skeleton. I NEED ONE!
Welcome my bro, I watch you every day at least 12 times.
Huh he only has 1 like hey James! I love your iron man stuff and I hope you do more of it soon!
I still want fast healing and you cant convince me otherwise
This UA-cam channel of science haven is what happens when quarantine gets to people and I’m happy about that
the best compromise would be some sort of metamaterial that can change stiffness arbitrarily. extremely strong and stiff for exerting force, and then rubbery and flexible for absorbing force.
Wait is it "I'm not a human-doctor."
Or "I'm not a human, doctor."?
The power of punctuation, this guy (or gal) gets it!! XD
I mean- I've always wondered how Logan's red blood cells work with the adamantium covering it...
There would have to be tiny holes for all of his blood vessels that run in and out of the bones. I'm not sure how they would get the adamantium in that shape, though.
his healing factor
Yeah, if the covering wasn't porous in some manner he would die of suffocation over the course of several days due to anemia...
Assuming they're completely covered, then within a week or 2 (I'm not positive on the timescale but I know it's around that order of magnitude) his real bones would effectively asphyxiate because no oxygen is being exchanged. However, with the adamantine coating, that wouldn't provide any structural impact and his healing factor can provide his blood cells in his bloodstream directly instead of in his bones.
@@richiejacobson4272 his healing factor actually altered the structure of the adamantium, changing it from pure adamantium to beta adamantium, enables his bones to function properly, whilst maintaining (most of, I think it's slightly weaker, but that's insignificant really since we're talking unbreakable metals) the structual integrity of the adamantium, so best of both worlds, invincible bones that still perform their natural processes
Never knew Kyle had his own channel this was the first video I seen by him today
I'm adding this to my story Caution Tape. Not directly, but a reference
What if this metal skeleton person goes
Near to a high electricity place. THEY WILL BE DOOMED
If they get a mental disease and in need of MRI. THEY ARE DOOMED
you need wolverines regeneration power just to deal with all the side issues of metallic bones lol. doooooooooooom!
who need electricity...screww the natural lightning....mental health? thats just your imagination...
were already mostly water, so we're already in alot of danger around electricity.
@@tylerferguson3707 unless you coat the skeleton in a coating that is resistant to electricity
@@tylerferguson3707 but if your bones are more conductive than skin/water it will negate the skin effect where electrical currents travel through and down our skin. its how ppl walk away from lightning strikes. if all that went through your core youd prolly explode lol. mains is different of course.
Well done, Kyle. Understanding stress-strain curves (and Hooke's law) is very important to understand the strength of any material.
"The human skeleton is pretty robust and pretty good to hang or flesh husk on; or so I'm told" he says
Kyle: "Do people still say boss to describe awesome/great?"
Me: "Man I feel old."
Aren't we forgetting about tendons ligaments and the discs in one's back?
And all the padding between joints, and the exponentially increased stress on the heart for size increase.
How about brain poisoning?
That's why he pivoted from being given metal bones via procedure to being evolved metal bones that you have from birth. Ergo the rest of your body would likewise have evolved to support them.
One may never break a bone but tendon and ligament detachments would still be a problem. Worse than breaking a bone
Do I want an Adamantium Skeleton?
Yes, please, and preferably delivered by Amazon Prime so I can get it faster.
Another animal that incorporates metal into its skeleton is beavers. They have a thin coating of iron on the front layer of their teeth which is why all beaver teeth have an odd orange coloration and why they can chew through trees like it's tissue paper.
Awesome subject and love the old content
You avoided the fact that the soft tissue that is in between the bones and keeping them in place would need to increase in durability and need to be 5 times the healing rate of normal tissue.
pretty much everyone by adulthood would need to break out the WD-40
Carbon nanotubes can replace bone, skin and much of our soft tissue increase strength and durability and decreasing weight. And theoretically our bodies could make them naturally (and better then in labs).
Hey Kyle, love you videos. However, you seem to have missed something about bones! They are important blood cell factories and structural support, and the body also uses them as vast stores for Calcium. Without the ability to store calcium and regulate it's levels in your blood via bones, all sorts of catastrophic metabolic and neural malfunctions would occur.
Did you not watch the video? He addressed that.
He stated the bones would only be coated.
The inside would stay the same.
@@Mr__V Yeeesss, buut... I'm still not convinced that would work, due to how materials move within the body, the how metals work on the biochemical level, and the ways in which muscles, tendons, & ligaments attach. I'd have to dig through my physiology & histology textbooks to be sure, though
@@meganofsherwood3665 as long as the surface of the bone is porous and textured it would still allow for tendons and ligaments to attach, and for the body to transfer materials through the bone surface.
So instead of imagining a smooth steel pipe, think more of micro mesh tubing with normal spongy bone and marrow inside it.
Did Kyle already do an episode about the upgrades Shepard in ME got with the skin, muscle, bone upgrades?
Would be interesting to see his take on them.
One thing to keep in mine is that your joints would be slipping apart all the time. People with hip replacements have to be very careful to not pop them out of socket.
5:34. Skeletor's He-Man wig finially got delivered.
Hey Kyle! Amazing episode!! I loved the comments on "ruining many dreams" and how you "don't feel bad about that" is perfect!! The graphs are clear, and even though hand drawn, are actually precise in giving relatively good perspective on pressures that can be withstood by objects. The comments on the snail, which shows metal can be in organisms in significant amounts make complete sense and "debunking" any potential comments on evolution are brilliant. Lola's bones with the shouted comments in her direction about her eating many elephants (not me please!!) are quite hilarious and are timed very well!! Again, the transitions between the areas are very much in sync, like the places exist, and you travel around them. In terms of evolution to have metal skeletons from birth, it would make sense that you can get that big, but Logan is only 5'3" because he wasn't born that way, and because Wolverine still needs to be human sized. Having a metal skeleton does seem very awesome!
Also nobody ever thinks about how every time Logan pops his claws it’s like getting stabbed through the hand because the claws cut their way out every time. It’s Only because of the sharpness off the claws providing a clean cut and Logan’s healing factor that he doesn’t have constant open wounds on his fists.
the metal friction on each other would potentially be an issue, as it may cause small shards of metal to become embedded in the surrounding tissue which would be painful
Hey kyle, wouldnt having a spine with all that extra weight put serious strain on the discs between vertebrae?
He said that the mass difference wouldn’t be too much
@@rossgoosen7269 Normal persons mass is 15% skeleton.
In comic books Wolverines mass is 45% skeleton.
Problem with metal skeleton is your joints and tendons are still normally strong. Heart, lung and brain operations would be impossible. Try having heart attack with metal bones.
Comics has Logan's bones solid adamandium. What legolous is suggesting is more of a porous and non solid steel full of pockets and and tubing. After all this would have to be organic steel so that the bone marrow can still do its function. So replacing the hard bone (the part we think of) with steel while leaving all the natural voids inside the bones. This would as some weight but could be made even thinner eliminating the weight issue. And since the body's skeletal structure can now support more strain the body can now support even more muscles and tendons to help support the body. This is why he didnt bring up pressure on the spinal discs
@@pathfinderGM They're not solid.... in the beginning James Howlett's bones were basically "Adamantium plated" in much the same way one can "Chrome plate" metals before attaching them to cars but other writers have come along and changed how the metal was attached now I believe it's the very cells in his bones that are plated not just the surface of the bone as it was in the beginning
@@Anonymous-zd1ow right? lol but also how would you breath? look how much your ribs move with each breath, you would need to apply a force able to bend adamantium slightly jst to stay alive.
"Snail chainmail, babay!!!"
Me: I believe you mean... snail-mail🤔
snail-scale-mail... is that... better than chain-e-mail...??
Or how about, escargeloton?
This man really said "Boss" and it brought me back to middle school
Have you read the old sci-fi books by John Campbell? The Black Star Passes and it's sequels, they involve some metal bone people from another planet! And they are fantastic to listen to! You can listen to them free on the librivox app (not a sponsor)
"Thank you for you question, I love your voice"
My voice is quite great thank you.
Kyle, idk why but my 1st thought on strength/energy absorption is how Maneo's ship would have been destroyed after his skeleton ripped out of his body on that extremely rapid deceleration of the ring. And now I'm thinking that would have played out differently as with the G force, he would have died before he hit the ring as it may have ripped out the opposite way.
I’m glad you mentioned swimming lol.
I love these types of videos, i missed them and hope to see more in the future
Though you seem to leave out the part where metal in your body can do some serious harm you.
People have metal joint replacements and that doesn't seem to be an issue