Mind-Blowing Magic Magnets - Smarter Every Day 153
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- Опубликовано: 19 мар 2016
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This technology is a fundamental breakthrough in manufacturing. This is a big deal.
Ambiance and musicy things by: Gordon McGladdery who also did the outro music.
ashellinthepit.bandcamp.com/
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These are called "Polymagnets" or "Programmable Magnets" or "Printable Magnets" or "Printed Magnets".
People asking for the spring latch can get them here: catalog.polymagnet.com/spring-...
Here's the Polymagnet homepage: www.polymagnet.com/
The magnet I used in the pull test demo was part number 1000425. You can find it in the interactive catalog here: catalog.polymagnet.com/
I want you to spend some time with Maxwell's Equations:
en.wikipedia.org/wiki/Maxwell...
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Warm Regards,
Destin
You know he's serious when he starts at five and actually says zero
broke: Freddie from iCarly
woke: Garrett the Magnet Wizard
He'll be a programmer
Lamo
666 likes😟😟😟😟😬😬😬
Here's hoping this doesn't get buried under a mountain of corporate paperwork.
cheers
💯
To late
You should do a follow up with Polymagnet to see how the technology has advanced in the past 4 years.
I would love to see a follow up to this
I love when Destin goes “That was actually cool. That was...actually, very very cool, Garrett”
You can tell that Garrett challenged Destins mind I a way that connected his own childhood to his professional knowledge
Yeah I haven't had my mind blown by magnets since I was a kid. This is dope
+Real Engineering That's exactly how I felt the moment I saw the "Spring Latch".
+SmarterEveryDay that was the moment that got me too. My brain just lit up with the possibilities.
+Real Engineering I think I might need a few days to recover from this.
Must agree. Not often you realize you see future tech in making :D
+Real Engineering What is also crazy is how people tend to view scientists as cold, killers of the imaginative wonder of magic, but when we see that magic, that is for the moment in-explainable, it is the thing that interests us the most.
That guy was just dying for the moment to make his Star Wars joke.
🤦🏻♂️
cringed at that
420
At 90 he'll be telling his grand kids about that moment
I'd be dying to make an ICP joke
1:47 Some Dude: The force is strong with this one
Destin: 🥴
4 years later and I am just know finding out that this exists
You were holding out on me RUclips
Yep
you're not alone my dude
My thoughts exactly!
Wow. I totally agree with You Destin.
Since I am finishing my medical studies soon the thing completely blew my mind. The moment I saw the magnets being close to each other i thought to myself - "hey, that's how the chondroid tissue in our joints work!". The large molecules called proteoglycans contain many branches of mucopolysaccharides (the "-"). This polarizes water molecules that slide inbetween the layers of our joints (*) so that they don't actually touch each other and are able to withstand the constant stress (friction).
This may solve the problem orthopedics has to constantly face, namely the fact that todays prosthetic implants are atcually quite short-lasting. The estimated time of life of prosthetic implant is 15-20 years before it becomes rubbed off. Every orthopaedist (at least here, in Poland) had that dilema once - what to do with a patient who needs to undergo a hip or knee replacement, but is relatively young (40-50 y.o.) and his or hers estimated time of life is actually longer than the life of a prosthetic implant?
Do you have some more information about the actual "maxel" size? What "resolutions" are archieavable? What is the closest archieavable spring distance?
(*) To illustrate. Let's say the water molecule looks like that: (--+) and the joint is like: -- ]. The static charge in our joint is like: -- ] (+--)(--+) [ -- . Hope my little scheme put more light to my previous words.
+1
+Konrad Kwiecień Any kind of mechanical bearing really, this is incredible!
if I had money to throw at you to make this happen, I would. get people interested before the idea gets stolen. screen shot your comment while you are at it, you won't be the only person to come up with this but you might be the first. good luck!
+Konrad Kwiecień Wow. That's deep.
+SmarterEveryDay Magnets without interference (or at least greatly reduced interference). The applications I can think of are far reached and profound. Medical, computers, military, robotics, aerospace... how many applications could be designed, revised, and refitted for space applications alone. BEST EPISODE YET!
I remember as a small boy in the early 60's when a telephone repairman came around to do some work on a nearby utility pole. I watched enthralled as the lineman went about his work. He must've been a father, because he saw me watching and probably understood the interest as I questioned him about the gaffs he used to climb the pole, the harness belt and his tools. Long story short, he took the time to talk with this little boy and as a parting gift, he gave me two "u" shaped magnets. I was hooked! In that moment that man advance my hunger for knowledge, and created a love for magnets that still lives in this now old grandpa's mind. Keep doing what you're doing Destin. It will pay exponential dividends that you cannot imagine. Thanks!
From someone in Ireland, America literally has every store you can ask for. "I want some magnets", just go to the massive magnet shop up the road.
Shut up nobie nobie u r fet and rotunds
Fantastic and very professional throughout. Great host. No screaming or shrieking at all. Just pure enthusiasm. Very rare on RUclips.
I'd like to ask the CEO of that magnet company: _"What attracted you to the job?"_
😂😂😂
Ha ha ha
you sir are a funny man.
Redouan Djeebet I suppose I am a funny man and a money fan, thank you, and I bid you good night :)
PLEASE STOP
"The force is strong with this one"
- Dad Joke Award Winner 2016
How does this have 1k likes but 0 comments
Meelek Edits 1000 like
@@hhee7866 you just made it 1
@@diegoedward751 now he has 4
the world need kids like him
I like how after that Garrett kid did the demonstration destin was so surprised and wasn’t expecting anything, and he was like oh wow that was actually cool and everyone laughs
As a mechanical engineer my brain started hurting with all the possibilities. I'm really curious how this could even change the motor or generator industry.
+SuperAtomicFusion Nothing is free my friend.
It's 2019, why isn't the world filled with polymagnets yet?
Am wondering the same thing!!
It is a specialized product that is used / will be used in specialized applications. Don't expect it in everyday life though - where would you really need it? Door locks and handles? Yeah, not that there is a real impeding need for polymagnets. Most probably you won\'t be seeing polymagnets as they will be inside machines and applications where you hardly ever look.
Actually, this kind of magnets are used in planar loudspeakers, I think like since 80th?
Have you ever heard of a tape recorder or magnetic memory? It exists for almost a century.
@Oh yeah yeah . I'd say that it is of some value for us humans to distinguish what probably has existed independent of us (if there is even such a "thing" ) from things we arranged in a way we can use them as technology, like e.g. the technology on the basis of which we are communicating. This technology is among other inventions based on the invention to store information with magnets.
These magnetic fields are incredibly important to Guitar pickups! By using different magnets and adding metal plates/covers you can affect your tone to get the desireable sound 🤘🏼
"the force is strong with this one"
-Random Guy circa 2016
in a room full of nerds
@@Sqlut lol
"The force is strong with this one"
I cringed hard on tthat one
MaQuGo119 I cringed so hard at your spelling.
@@andrewstotallynormallife4915 sick burn
I read this the same time it was said
Whitest whites
Poor kid that hair cut has to be his mom's idea!
i doubt it
he looks like the kid to wheres the same outfit everyday and probably gets the cheapes hair cut
Child version of Karen
They need to get that kid outside more
HAHAHAHAHAHAHAHA
At least he has hair, baldy!!!
"The force is strong with this one" Quote of the Year,
Destin is a genius, but his storytelling abilities are just as good.
This may very well be the coolest thing I've seen all year.
Ok, so I'm trying to make sense of this one. These guys are taking the neodymium discs prior to their being magnetized, and somehow their machine must be able to focus an incredibly narrow magnetic field onto the surface to achieve magnetization of only the selected 'maxel' area? The precision alone is incredible. I would love to see the internals of the field generator. I wonder if they are not careful in the patterns they choose if the magnets can be given massive internal stresses that make them want to break themselves apart. Another thing: I had always assumed that the polarity of a magnet really doesn't play much of a role in how strongly it attracts ferromagnetic materials, but I now see I've been looking at it narrow mindedly as with these magnets the polarity can manipulate the intensity of the field itself over a given distance. Shoot, you show magnets at 5:00 that have had their fields manipulated for a tight reach, I wonder if the opposite is possible? A pattern of magnetization that causes multiple fields to converge at a specific point in space that is above the magnet's surface, like the focal point of a parabola? I would just love to play around with a few of these magnets and see how diamagnetic materials react to the tight reaching fields. My curiosity has been piqued. Thanks for the brain candy Destin
Neat.
I think a standard single field would be the longest range orientation, since the opposite appears to be true, and it makes sense, but I'm no magnetic wizard.
+pheredeath Yes, probably the longest field is accomplished by simple polarity, but length is not what I'm most curious about. I wonder if a magnet can be made where the highest intensity of it's field is located at a point above it's surface. Objects attracted to such a magnet would be held some distance away, suspended in the air where the fields converge.
+NightHawkInLight Wait, neodymium has to be magnetised? I thought it just *was* magnetic at all times. We're doing magnetism at the moment in A2 physics, and I think I might show this video to my class because we're all massive nerds and they'll love it.
The locking magnets did just that in the unlocked position.
I imagine coded magnetic locks or lock boxes, safes, Etc.
That was A-M-A-ZING! WOW! I have been fascinated by magnets from my childhood to now. I am 60+ years old. I thought the switchable (Magswitch) on/off magnet that I use in my shop was cool, This technology is incredible. There are probably 1000's of new products waiting to be invented using their invention. Thank you so much for creating this video! Great job as always.
Wow, really cool stuff. My 12 year old son and I just exchanged looks a dozen times while watching this! Wow again!
+David Watson For a minute I racked my brain trying to figure out how I already left a comment on a video I have never seen
+David Watson lol
+David Watson, did you rack your brain trying to remember if you actually had a 12 year old son?
watch out for the trolls nothing better to do
1:50 That's a lot of light switches
One of them activate the hair cut machine and the others are for apocalyptic events.
Time to flip the rest.. COVID is knocking at your door.
felobatir moheb omg I died
Nooooooo
gosh
Love it. That bewildered look is priceless
Great video!
Also, I'm glad you introduced me to audible years ago. I'm 140+ titles deep, and truly getting smarter every day. Thanks, Destin.
The potential applications for this technology are mind boggling! Imagine magnetic bearings using this technology. The friction coefficient would nearly disappear! Imagine what that would mean for the workings of machinery! I agree; this is a game changer for much of what makes our world work!!! This could have as big of an impact upon our world as electricity has!!!
How? I can't image a magnetic bearing with this, could you explain it more?
+Jaume Riera A UK uni did a contactless magnetic gearbox for wind turbines. It meant that string gusts of wind wouldn't break the gearbox the way it would a conventional gearbox. There's more info online if you Google for it :)
+Edward Nutting Awesome, i'm searching it! Thanks!
is the force strong enough or could they use many magnets to make up for low gearing to create more power
+Edward Nutting so you replace big metal gears with many magnetic ones
This technology is so new we haven't even had time to think through all the applications. How would you use it? Leave a comment and then send this to your smart friends to see if they can figure anything out. For some reason my mind is drawn to the medical field. Prosthetics attachments maybe? (Here's the link to tweet this video) bit.ly/MagnetTwT
Manufacturing? I don't know...
+SmarterEveryDay I just Added you on snapchat? :)
I want to know where are the subcribers from
DONT POST ANYTHING WITHOUT GETTING A PATENT!
+SmarterEveryDay War will probably have a use for it, like always
Ever since I watched this video a while back, I have been fascinated with magnets. This has made me fascinated with magnets
That's some of the most incredible stuff I've seen in a while. The possibilities are endless!
I'm typing a comment here to teach my little girl about how important our words are.
SmarterEveryDay hi
this inspired me to write something nice.. that'll have to do
Wattup daughter
SmarterEveryDay I added you as a friend on snapchat
may be u can use it for making gears of transmission system of an automobile
Two type of people in the world. The type of people who are absolutely baffled by the new technology shown in the video. And the people who are more shocked by the kids haircut.
This is an incredible technology. There will be so many potential applications from day to day (he mentioned doorknobs) to manufacturing, to even enabling breakthrough technologies.
This "MAXELS" can also be found on a hard drive discs (HDD) of computers (not SSD). They save data in a very similar way this "maxel printer" works. If you look at 8:05 you can see red and blue dots on a disc. Example: On a HDD red is binary state 1 and blue is binary state 0. So when the "disc analyser" arm of HDD moves to a certain point on a disc/certain dot it reads the state. Combining this dots into a combination you get data. :)
Im jealous of that haircut
Apollo And Zeus lol
I thought it was a bennie lol lmao
No you aren't lol
Because you are a lizard 🦎?
Who's haircut?🤔
Haha
This is the oldest youngest child ive ever seen😂
Dorkiest child too
SikConVicTioN The countdown to your inevitable incarceration begins now.
@@WillBravoNotEvil what
That doesn’t make sense but I agree
Yeah that “dorky” kid is gonna grow up to make like 50 times what you make 😂
This is from "8 years ago", and I'm just seeing it now. How much has this tech now advanced since?
This was way cool. I want that magnet latch system to become more of a standard!
I don't know about everyone else, but this magnet flip trick was a trend at my primary school
Same
we only had those magnetic sticks which you could connect using iron marbels to make shapes and strucktures but i always wanted real magnets
+Acquavallo not here but to me it's kind of obvious that that would happen like that :/
+Acquavallo yeah I've definitely done that before and not thought that it was anything special lol
Easer on skin, snorting smarties, and other stupid trends at my school.
I was so happy to see you visit CMR here in Huntsville! My father is the inventor of the technology and started this company. His name is Larry Fullerton, an inventor with hundreds of patents and inventions. So many mind-blowing technologies that he is currently working on. It would be amazing to have you two meet.
I love your series, and I have a request.
One of the most mind- bending facts about magnets is that the magnetic field is not attached to the magnet. Meaning that rotating the magnet around its symmetry axis does not rotate the field.
This can be demonstrated by separating two closely spaced disk magnets with a piece of paper, or cardboard, or glass, then rotating one of them. If the field is pinned to the magnet, the other one should also rotate. But it doesn't.
I did my own experiment to verify this. You could show this with much better visualizations than I could, and reach a much wider audience. I used two neodymium disk magnets, separated by a layer of cardboard, and spun one of them with an electric drill, while the magnetically connected one remained stationary.
The applications are endless! Amazing!
The title doesn't lie. My mind is blown with all the possibilities. Wow!
Hi Grant, what will you do with it?
Its you!!
Make a magnetic key!
hi Grant!
Its grant hi... Hey can you think of any applications for the magnets thats awesome for your experiments on the king of random
I don't think people understand how big this can actually be. The applications for more precise magnetical control is huge. Science, medical, energy. You name it.
I love the verse you chose to put at the end of the video 😄
"Great are the works of the Lord ; They are studied by all who delight in them."
Psalms 111:2 NASB
This is dope, Magnets acting as a spring and then locking again.
Oh man, that soft and genuine thank you that kid gave at 1:28 was the cutest thing..
this is Fuggle brilliant!!
thank you for educating us!
W
W
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W
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1:10 wow the hair cut is something else but the glasses on top of it😱
I know looks kind of ugly
@@klssn34 are you guys seriously making fun of a passionate kid on youtube just because his haircut "doesn't look good"? Grow up.
1:34 The sounds are just so great
Who else was just amazed at how perfect that square the scientist drew
This sort of stuff makes me feel less pessimistic towards our future.
Just wait until someone figures out how to weaponise it, then we can go back to being depressed like normal...
I know what you mean though - some truly *incredible* ideas springing forth.
--S
Stickie Dmin War will be a thing of the past when technology and changes to our economic model bring about planatary abundance though. And things like this are a baby step towards that. Please don't make me depressed I'm trying to stay positive hahaha
Ross Catto I honestly, truly, really hope that you're right, but people have been saying that (that technology and abundance will make war obsolete) since before the 1900s...
Put dudes like Destin in charge, or make sure that those in charge *listen* to people like Destin, and we're in with a chance.
--S
Stickie Dmin Well that's why I mentioned changes to our economic model. Under our current system we have great wealth in the hands of a few and under those conditions you cannot have democracy.
Ricardo Hernández If the kids I see walking around today are any indication of the way young people's haircuts are going to appear in the future ... they're going to look ridiculous.
--S
(the first time it ever really sank in that I was *old* was when I looked at a teenager and thought, "Wow, his haircut is appalling! He looks stupid!")
So someone already thought of something like this? Wow. I hope they come up with some fun and amazing creations for the rest of us
Man thats exactly what pissed me off when i watched this 7 years ago, I had figured that out years ago😂
That is absolutely amazing! Mind Blown 🤯
I think this technology could revolutionize prosthetic knees, by minimizing friction, and therefor minimizing wear and tear to the prosthetic joint.
actually this could revolutionize pretty much anything... That is absolutely insane!
Absolutely! Frictionless movement controlled prostatic knees which can be locked or unlocked as required.
Today's hydraulic and bionic knees has a limited life span, just imagine the life span of a frictionless product.
+Francois Harmse magnets have a life span thou
CunnningStunt
not too many things don't have a life span
Around 300+ years for an "iron" magnet and several thousand years for neodymium. So way longer than any prostatic thing would be needed.
Dude, Garrett is going places.
They need to have a simulator for printed magnets because I have tons of ideas but I don’t know if they work or not
would be kind of hard to test without physically handling them though... because some of the best ideas would likely come from something expected to do something else.
Me: (doing this at 8 years old)
Also me: i think i found something new, na someone might have already came up with this🤓
This kid: Hey i found out something cool🤓
Me:😳
😂😂😂
Same bro smh
I know right!
I used to do this like 3 years before this video came out
If I could post a blank comment to show how speechless I am, I would. That's awesome.
Hassan Selim Exactly.
Hang on while I find how to do this.
This deserves a follow up video! It's 2019 what have they been up to?
Richard Getz I have poly magnets on my doors at home. They are everywhere now
Ray-Ray McCut wait what? I never seen polymagnets
It's 2022 and I agree with you!!
Those polymagnets are incredible! And Garrett is just adorable! But really smart and confident! He'll go far!
Its been 5 years and my mind is still blown by this. I want a spring to play with
wow mind blown thanks for the video
my kids will love this
Ok so if I give my future son a bunch of magnets when he’s really little he will grow up and have his own RUclips channel? I’m down.
Tillamook RUclips won't exist in the future
Yoosur1235 you won't exist in the future
or he gets bullied at school just like that kid in the vid and then he shoots the school up welp.
Foggybear9, Nothing will exist in the future
yeah great achievement
Those cool magnets: **exist**
Me: “I’ll take your entire stock.”
Oh my gosh I AM FREAKING OUT OVER THIS
Oh my god
Guys
Use magnetic fluid
Doodling Dork 😍DO IT!!
Nicky Perrow of
The same thing would happen because the fluid isnt magnetic its just attracted to a magnet. This means that poles dont matter so it still acts normally
+
What if you can program magnetic fluid?? :o
I am glad I subscribed smarter everyday.
+Soumendra Kalyan I'm glad you subscribed as well.
+SmarterEveryDay I am glad you are glad he is glad he subscribed.
+AGB Gaming Im glad your glad that he's glad about him being glad that he subscribed.
+Chris Plus Tea I'm glad you're glad that he's glad about him being glad that he's subscribed
+Soumendra Kalyan i have found my clone
I don’t want kids rn, but I’d die for Garrett in a heartbeat.
You can replace train wheels with those gear-like magnets, removing friction completely...
it would be easier to fall off/ push off the tracks (I'd assume)
@@adrianbarfoot3339 well, they can develop it the same way maglevs were developed
Traditional magnets would make that a bad idea, just cause they wouldn't last long enough to be worth it.
Electromagnets are a good possibility though.
@@aaronjs99 If wheels are magnetic, wouldn't it attract magnetic particles along the way, such as iron fillings and sands?
Well yes, but you need said friction to produce a force that opposes air resistance.
"The force is strong with this one". Lol
This is the future right here. The potential of this is actually limitless
You could make locks like this, with different magnets which lock up to different magnets
WOW!!!!! Why is this not in production yet! This was a 2016 recording! It’s now 2020! Why are we only seeing this now⁉️😳🇨🇦
the force is strong with this one
A spring without mechanical parts is like the next transistor, which acts like a switch without hinges and stuff! These guys should get a Nobel prize man!
+Mohammed Zaid I've used computer keyboards dating back to the 1960s that used two annular ferrite magnets surrounding a reed switch. The magnets have like-poles facing, giving the spring effect, while the reed switch reacts to the change in position. Perfectly sealed mechanism, no springs at all.
For a time in the 1990's, there was a high-priced titanium flute produced that used magnets to provide "springs" for the keywork. As I recall, most musicians didn't like it--the "feel" was all wrong--same issue with the keyboard--it felt kind of "mushy". Magnet springs apparently don't follow Hook's law WRT linearity.
tubastuff
The magnetic springs you're talking about are simple ones every kid with two ring magnets has discovered. But this lock mechanism thing is really new.
While humans aren't callibrated (or used) to Inverse-Square law springs, I guess machines using springs can be. I believe this, combined with that lock mechanism can open new doors for engineers and inventors. They can also provide machines with more durability and these guys have made it possible to make powerful magnets that also don't cause interference, so it might be applied to bigger machines as well.
Just my opinion.
Good day! ^^
When that spring snapped together and then I saw the magnet design... That is incredible.
I like how you did the audible ad in the magnetic field. That was cool and I bet they liked it too
I never knew that there was printable magnets!! This was absolutely fascinating! Now, I want one!
"the force is strong with this one"
Very cool! This video was attractively done.
I love Messing around with magnets 🧲 this just blown my mind.
Could you make magnetic lock and keys? Where You create a magnet with a random design and then create another magnet to perfectly complement it, and the only thing that can unlock the door is something that perfectly attracts?
dude, get a life.
This is a thing like it exists. My dad had padlocks with these magnet keys and you'd slap on this magnet and the lock would pop open. I never really understood it but i'm sure it's at least somewhat related
i like this idea
wouldnt they use magneting film to see the pattern and make a key????
Is everyone forgetting you can just brute force it open since magnets can be separated
*MIND ACTUALLY BLOWN* those guys are so smart for actually thinking differently about magnets. this is gonna change everything.
Meanwhile I am confused thinking how those so called engineers couldn't figure how the twisting magnet worked while I, a 12th grader, figured it out in like 15 seconds. Don't believe me if you don't want to.
+Shayan maybe those engineers' mind is fixed on other stuff and you're just clever on this part. I can't blame them because if they use their knowledge on magnets, which hasn't changed in the last 100 years orso, this is just like figuring out 1 + 1 = 3. it's absolutely amazing.
+Shayan I'm sure they could figure out countless other things that you wouldn't be able to figure out in your lifetime.
It is completely insane. It will change a lot of things. To watch in the future.
Thank you for letting me discover this.
Seems like it would have. I was excited when I saw this, until I noticed the date. (Mar 20, 2016.)
Of all the things I've seen about technology on RUclips, in my opinion, this magnet technology is quite possibly the most important technological step forward. When I saw that "latch" magnet, my jaw dropped.
Next gen magnetic resonance imaging is going to be INSANE
I think this is the most mind-blowing SED I've watched. I can't wait to see what kind of applications people come up with for this new technology.
This is a game changer for my industry.
Whoa.... pretty cool Destin!
IT would be fun to see how ferro magnetic fluid intereacted
attract but not touching is already super cool, and they just made it ultra cool when they make the magnet "lockable".
This was INCREDIBLE
This reminds me of my childhood obsession with magnets, i used to strip stereo speakers to get the magnets out and play with them. I still have them somewhere in the house