You can just take a paperclip, unfold it, cut a bit of it on one end with pliers and BAM! It will have a sharp end. Then just turn it a bit while applying pressure on the point you want to drill a hole in. Hope this helps!
The physics behind this is quite simple yet interesting. Edit: For those who don't know how it works- Take the thumbnail for example. The middle string holding the suspended top frame makes the frame try to rotate to the left. The two strings on the right counters the rotation, meaning it literally stops the top frame from spinning to the left. The design and force is just enough to suspend it in the air while being able to carry stuff.
@@teenermeener971 The thing that's holding up the whole upper part is the string in the middle. But if you only had that one the structure would rotate and fall. So there are 3 other strings to keep it balanced. It has to do with the vectors of the sting's tension and the weight but it's difficult to describe without a diagram
I'm an engineer and this is one of the coolest things I've seen in the "magic mechanical" category. I'm glad there were no magnets involved. Your tutorial is very clear. I've got to get some ice cream sticks now. Thanks very much.
@@thomascoppin1419 wow did you have link on that for this mega scale image or video. not that i don't believe but i just want to look it. must be really amazing..
What you just said actually gave me the idea of using magnets for the center string to make even more interesting look.. I’m going to try and see if it works.. right on bro👍
I work for a science academy, and this project is included in our textbooks. My coworkers watched another DIY video and had difficulty making it. I watched your video and shared it with them, because I made it in one try, thanks to you! It'll be too difficult for the kids to make, so I'm in charge of making 20 since I had success. Haha! Thank you so much for making it simple!
I agree that you should build it with fishing line if you're going to build it.. he used black thread because of filming lights..they would light up instead of disappear.
I understand how this works. The string in the middle is the one that's holding up the top part of the object and the ones at the side are there for balancing the entire thing. *THAT'S THE BEST WAY I COULD DESCRIBE IT IN WORDS.*
The secret was actually in the middle part. The string in the middle prevents the top part from falling while the other 3 string in the corners were used to hold it in place, it prevents the top from flipping over.
Weird, mine created a worm hole that brought me back here again. Probably why this seems so familiar. I used a deliberately visible thread in the test. Perhaps thats why.
Nah. The upper part's literally hanging with the help of the little string in the middle. The other strings just help to keep it centered. It would be a real "anti-gravity" thing if no part of the upper structure hanged below any part of the lower structure.
People upload 500 hours of videos every minute. So you need to watch 720 000 hours of youtube every day. That is not possible. You sir, just lied. Shame on you.
I'm not great at this internet stuff, but I hope many commentors will find value in my words. To answer at least 1 or 2 questions I have seen, this is not a trick. It is real and incredibly similar to - and representative of - tensegrity models. The 3 materials appear to be wooden popsicle/craft sticks, glue, and string/cordage. The 8 glue joints are all fixed connections (the glue makes assembly much simpler). 6 of them represent pinned connections, but the other 2 represent fixed connections. The fixity of these 2 connections is necessary for the function of this structure, and because of these 2 fixed joints (and at least 1 or 2 other nuances) this is not technically a tensegrity model. I am, however, delighted by it, and would enjoy correspondence with it's creator (Yoshiny Yo?). I will likely be building one soon. Thank you for sharing this creation with the world.
My mind kept confusing the two points in the middle so I wondered what was holding it up then it clicked. Whoever invented this is a freaking genius lol
Many of you defo know it already but the load of the upper construction is merely suspended on the small string in the middle (it just hangs there), the other 3 long strings on the corners are for stability purposes only. The 'Illusion' comes by the outer 3 long strings look like they are holding the load being under pressure tension which is obviously not possible since they are mere strings
I guess all the weight is on the two sticks in the middle, and the string in the middle. The other 3 strings are just there to stabilize it. Overall, I think the amount of weight it can support just depends on how much weight 2 popsicles and a string can hold. And also, how much the 3 stabilizing strings can prevent rotation.
I've just finished a 4 point version with partial success. My own construction is faulty, and I've also reached the conclusion that the 3 corner would be easier to balance. Mine is a bit sturdier however made with 1/4" plywood for top and bottom with small steel angle support pieces from the hardware department. It's intended to be a cup rest or a plant stand. I used Berkeley Fireline because of low visibility, high strength, and negligible stretch. It's my favorite fishing line. If this one works well enough after modifying it to the 3 point design I'll make a chair as a conversation piece. I love the concept and the visual mystery it portrays to the first time viewers.
@@Rhidayah Just look at it, it's very obvious how it works. The string in the middle prevents that the upper part can go down. So what would happen if the 4 other stings weren't there? The upper part would fall to the sides instead of falling down. But the other 4 strings are preventing that it can fall to the sides. All 5 strings are under tension. The middle string keeps the upper part from falling, the other 4 strings stabilize it can't fall to the sides either.
This is f**king awesome. Had I been shown something like this in high school, I'd probably be some kind of scientist and not a 40-year-old man living with his mom. I was mind f**cked for a few minutes and came back and realized how it works. Essentially, between the 2 sticks in the middle, the bottom-end of the top stick is hanging by the short string from the bottom stick's top-end. Then, the two outer strings opposite of the top stick just keeps the weight of the top triangle from ever becoming a factor (in combination with what is already happening between the 2 middle sticks and the short string). If any of those strings were just slightly off in length, it would fall. The string attached at the top-end of the upper stick is probably not needed, but does function as a balancer to keep the top triangle from rotating abruptly.
I'm no science expert, yet simply by looking at this model you can tell there is a counterbalance near the middle section. Having such a short thread means it can't fall or rotate easily to the other sides so long as the remaining three outer threads can counter it. That's as much as I got.
It's not about gravity because gravity is acting here only in the middle where one stick(lower) is suspended on the other ( upper) . Upper stick is acting here as a beam on which a stick is suspended and going further on the above portion we found out that the other two sides can't fall coz it will force the other stick to go above which isn't possible coz string isn't elastic enough to do so,can be related to seesaw where for making one side down,other side have to go up.. So it's not antigravity,though it's beautiful..
@Sultan Ali Khan The weight of the toy is less than the tensile strength of the threads. It's the same principle as any suspension bridge, but more artsy-fartsy.
@Repomeister Yea. I do understand it fundamentally but still was suprised it could withstand a weight on top of it. After a bit of thinking I realized as long as it's still in the center of gravity and doesn't go over the breaking load of the middle rope, we could put a lot of things on top of it. Which makes a nice desk decoration.
The middle string holds the top triangular platform upwards, connected from the two popsicle sticks in the middle, slanted at what I presume is a 75° angle. The two strings from the bottom triangular platform at each point, which is part of the same side of the popsicle stick in the middle, keeps the top triangular platform from falling down and away (at a pivotal angle) from said middle popsicle stick. The last string at the final point of the bottom triangular platform is providing balance between the other two points so they do not sway from side-to-side. All this, ironically, held in place by gravity to create a "gravity-defying" building. What a wonderfully simple piece of architectural engineering.
Ok so basically the stick thats going down from the top section is being held up by the bottom stick. Its able to balance because the popsicle stick that sticks down has on string holding it, while the ones without it are held down by two, so it balances out. Also, it helps for it to not tip over
There's a video of a guy making full-size table version of this.. Still this miniature version in this vid sells the illusion better.. Didn't expect it to be this sturdy, it was only when I seen car put on it that I was even more amazed
This is truly awesome! It's art at its best. The cool part of science. I have a class project In the future. A scaled up version of this would seem to be fitting. Thanks!
This looks very cool, at the beggining, i couldnt understand what was gong on, but analyzing the system, it's very simple. Basically see the Strings as vectors, the middle String prevents the whole system to came down, and the wood stick in the middle is the one who's making physic and not magic. But it keep looking very cool.
Fascinating. The "triangle" eliminates the problem of creating a plane .....so expand the thought process to using a ring ....but anchoring only at the three points, and then apply the center actual support connection.
Oo my goodness... That really blew my mind, the moment he finished and showcased it.. Loved it.. Though am a student of science.., i was taken aback.. 🥳🥳🥳🥳🥳🥳🥳🤩
The tread in the middle is being pulled by gravity downwards while the other 3 treads on the sides are being pulled upwards by the force coming from the midle 😊
Great for physics teachers (not so great for phsyics students ;) ). What is the tension in each string given the masses of the sticks? For more advanced students, what are the frequencies of the normal modes?
@@ivantheterrible7696 Nope, the string is already tense when you put the structure in place. The string is a bit elastic so gravity alone wouldn't make it tense enough.
@@ivantheterrible7696 No, I'm litterally saying that the string in the middle (maintaining the two parts appart) isn't maintained by gravity but by the tension of the strings themselves (the ones around that pull the two parts closer).
@@ivantheterrible7696 Well, I already understood everything you juste said but what you didn't understood is the fact that the strings don't need gravity to work, if you put this tructure on the side it won't fall apart (I tried this by myself), the tension in the string don't come from gravity but from the fact that the strings are all a bit too short for the structure. If it came from gravity (the weight of the wooden pieces is so low that gravity don't has that much effect on them, blowing on it would apply nearly the same force) you wouldn't be able to move it without making the structure shater. Gravity would be an explenation to this if the structure was heavy but with little sticks the tension applied in the string wouldn't be strong enough to perform this trick.
The main section in this mechanism is the middle one ☝ without it it would doesn't work . But seriously this guy has more creative mind and knowledge . I appreciate it by *_heart_*
Simple physics (C.G) "Centre of gravity", central string holds the load, rest of the strings supports the frame from moving either sides so the structure remains stable. Cool trick for prank others. Nice job brother. Expecting more similar videos from you. Keep going on Full support 👍 😊
I used this tutorial for my own custom one but instead of popsicle stick and hot glue i used straightend out paper clip and sewing thread and used super glue gel because i wanted it to be a desktop thing and it worked really well
Me: oh this is easy
Also me when i saw a drill: ight imma head out
You can just take a paperclip, unfold it, cut a bit of it on one end with pliers and BAM! It will have a sharp end. Then just turn it a bit while applying pressure on the point you want to drill a hole in. Hope this helps!
@@calamity3282 thx for the tip!
@@DeQuill21 No problem! :)
Also me: How did he tie the strings
CascadeGaming thx so much
The physics behind this is quite simple yet interesting.
Edit: For those who don't know how it works-
Take the thumbnail for example. The middle string holding the suspended top frame makes the frame try to rotate to the left. The two strings on the right counters the rotation, meaning it literally stops the top frame from spinning to the left. The design and force is just enough to suspend it in the air while being able to carry stuff.
Break it down me?
@@teenermeener971 The thing that's holding up the whole upper part is the string in the middle. But if you only had that one the structure would rotate and fall. So there are 3 other strings to keep it balanced. It has to do with the vectors of the sting's tension and the weight but it's difficult to describe without a diagram
@@drippyeuler where can I find videos on this and which part of physics does it fall under??
@@idku698 torque and equilibrium
@@jackweslycamacho8982 Time to school myself to build a floating table
I'm an engineer and this is one of the coolest things I've seen in the "magic mechanical" category.
I'm glad there were no magnets involved. Your tutorial is very clear.
I've got to get some ice cream sticks now.
Thanks very much.
How does it work....I don’t understand that...please explain this...
An Architect would probably have this planned to rebuild The Trade Center ...
I wouldnt agree .. little accident .. whole building Will destroyed
ONR STRING CUT WHOLE BUILDING BOOM
9/11
That s a yikes
I'm an architecture student and i immediately thought "i could make a building like that" when i saw it lol
If we build this on a mega scale, people would've gone crazy
They’ve already don that
@@thomascoppin1419 really? Where?
@@Inner_zee daily dose of the internet
@@thomascoppin1419 wow did you have link on that for this mega scale image or video. not that i don't believe but i just want to look it. must be really amazing..
mrX d eSport its just a table size
I was expecting something with magnets. This is very cool and surprising.
I also expected this but the reality was far different
Rudy TheCat how it works is that the up and down forces are equal so it stays up in the air
What you just said actually gave me the idea of using magnets for the center string to make even more interesting look.. I’m going to try and see if it works.. right on bro👍
@@niavvaran Its been 4 months
I haven’t seen anybody credit Buckminster Fuller for the concept of Tensegrity so I guess it’s up to me. Hats off to you, Bucky.
I work for a science academy, and this project is included in our textbooks. My coworkers watched another DIY video and had difficulty making it. I watched your video and shared it with them, because I made it in one try, thanks to you!
It'll be too difficult for the kids to make, so I'm in charge of making 20 since I had success. Haha!
Thank you so much for making it simple!
Yeah and little kids probably would burn themselves with the hot glue gun
@@How-Great-Is-Our-God no pain no gain
You just got me feeling complex emotions: Happy, relieved, worried, then determined.
That is so cool - using fishing line might make the string less visible to enhance the illusion. it looks so stable - amazing.
It was Black just for the video
Do you mean nylon strings?
I agree that you should build it with fishing line if you're going to build it.. he used black thread because of filming lights..they would light up instead of disappear.
Use lead to be invisible
just make it float to be invisible
I understand how this works.
The string in the middle is the one that's holding up the top part of the object and the ones at the side are there for balancing the entire thing.
*THAT'S THE BEST WAY I COULD DESCRIBE IT IN WORDS.*
QWERTY LOL true
But can't string bend and stuff
No nvm i got it
Its like a tent
No the center is for balancing it the outside prevent it from toppling over on one side due to unbalanced sides
no shit sherlock :)
This would have been a lot funnier if you started "prepare the materials" by eating 8 popsicles.
"Prepare the materials."
_performs 8 dental exams_
6 not 8
Umar Momin 8 not 6
@@masonhunter2748 Public school math, a.k.a. "woke."
Step one: Steal 8 popsickles.
Me: _needs to sleep_
CZcams: hey wanna see *How to make an anti gravity suspension structure*
True 🤣
Thats how Gods works. XD
My eyes tell me you can, but my hand disgree
I'd never thought I'd ever say this in my life but......listen to your eyes.
@@shadowofwords2331 well your gad dam right
I already made that
Lmao
The secret was actually in the middle part. The string in the middle prevents the top part from falling while the other 3 string in the corners were used to hold it in place, it prevents the top from flipping over.
@Iluv OJ care to elaborate?
Thats attaining equilibrium.
Same thought
100% right
Potato master can you make it by potato stick chips
Doesn't work anymore. *God has patched it*
what god? there are to many
Uh oh, looks like I have to play Life in the older versions...
I found a workaround, all it takes is a PHD in Architecture
Lol
@@maximumwolfe9462 f
Instructions unclear, created a Black Hole
Ah, I hate it when that happens
You can't create a black hole with the materials shown in the video. You're so dumb
That's unfortunate
Weird, mine created a worm hole that brought me back here again. Probably why this seems so familiar. I used a deliberately visible thread in the test. Perhaps thats why.
@@joshuafelten6967 did you seriously not get that it's a joke?
I love that opening track. Good music. I've been playing my piano to it.
I first thought its Joji's song GIMME LOVE outro
awww... i'm dying to know what piece is it? please share with me ❤️
雲九Cloudnine same
I think it's a Suspirium - Tom Yorke piano cover
Same.
The music went very well with the construction of this interesting visual thanks.
I love how physiks has its weird bugs in it 😅
Nah. The upper part's literally hanging with the help of the little string in the middle. The other strings just help to keep it centered. It would be a real "anti-gravity" thing if no part of the upper structure hanged below any part of the lower structure.
"Psykiks"
Its physics
Phykxslcbk? Lol.
lyke your spelling
I have literally watched everything CZcams has to offer.
People upload 500 hours of videos every minute. So you need to watch 720 000 hours of youtube every day.
That is not possible. You sir, just lied. Shame on you.
@@pesari8389 Maybe he watched a video on how to manipulate time, or has a ludicrous amount of computers.
@@pesari8389 Omg you're right! This person is a fraud!
@@zidanefaisalk7392 But literally means "in an exact sense" ?
Zidane, Oh yeah? Even the “Flat Earth” videos?
I did it's half and that's was amazing but as you did it easily I can't 😂
This is amazing! Thank you for posting this.
My nieces are going to love building this. Fun simple ideas that lead to teachable moments. Sweet
The physics behind this is way easy yet convincing! Loved it 😍
I'm not great at this internet stuff, but I hope many commentors will find value in my words. To answer at least 1 or 2 questions I have seen, this is not a trick. It is real and incredibly similar to - and representative of - tensegrity models.
The 3 materials appear to be wooden popsicle/craft sticks, glue, and string/cordage.
The 8 glue joints are all fixed connections (the glue makes assembly much simpler). 6 of them represent pinned connections, but the other 2 represent fixed connections. The fixity of these 2 connections is necessary for the function of this structure, and because of these 2 fixed joints (and at least 1 or 2 other nuances) this is not technically a tensegrity model. I am, however, delighted by it, and would enjoy correspondence with it's creator (Yoshiny Yo?). I will likely be building one soon. Thank you for sharing this creation with the world.
Beautiful
Even actively trying to be as still as possible, Kyle is still an order of magnitude more dynamic and interesting to watch than most educators.
My mind kept confusing the two points in the middle so I wondered what was holding it up then it clicked. Whoever invented this is a freaking genius lol
Many of you defo know it already but the load of the upper construction is merely suspended on the small string in the middle (it just hangs there), the other 3 long strings on the corners are for stability purposes only. The 'Illusion' comes by the outer 3 long strings look like they are holding the load being under pressure tension which is obviously not possible since they are mere strings
Great work. So easy to build! I think I'm gonna make one, too.
i want to try to build it also but i have to spend money to buy an ice cream to get that stick. should i eat all that?
@@hazharyusuf5228 dollar store has popsicle sticks
Thought I was watching how to basic for a second and thought “oh no”.
Now I see how these work. I am going to make a table like this. I've seen one but didn't know how to make it. Nice video. Thanks.
finally something you can copy from CZcams and not just watch away like a potato
Next up: *_How to create hologram_*
Here you go czcams.com/video/O6NvEvJqLfU/video.html
@@thisismyfirstusernameimade3007 A reflection is not a hologram
@@JamieJamez czcams.com/video/ZqELtX28MQk/video.html
@@Br1ckInTh3W4LL czcams.com/video/5IszBMYJ5Ks/video.html
@@JamieJamez You can check it out on my channel in the easiest way.
I made this and was happy but still...
HOW
Upper part wants down
String in middle holds it so or doesn't go down
The other strings work to balance it.
The other strings more of keep the other sodes from going down while the middle string holds it up
I guess all the weight is on the two sticks in the middle, and the string in the middle. The other 3 strings are just there to stabilize it. Overall, I think the amount of weight it can support just depends on how much weight 2 popsicles and a string can hold. And also, how much the 3 stabilizing strings can prevent rotation.
@@jty9631 was looking how it worked without watching the comments, and that's what i was thinking to 🙂
does it actually work or are you guys paid
to say this
Perfect to do in this quarantine. I'll do it right now. Thank you and greetings from Peru
I've just finished a 4 point version with partial success. My own construction is faulty, and I've also reached the conclusion that the 3 corner would be easier to balance. Mine is a bit sturdier however made with 1/4" plywood for top and bottom with small steel angle support pieces from the hardware department. It's intended to be a cup rest or a plant stand.
I used Berkeley Fireline because of low visibility, high strength, and negligible stretch. It's my favorite fishing line. If this one works well enough after modifying it to the 3 point design I'll make a chair as a conversation piece. I love the concept and the visual mystery it portrays to the first time viewers.
Everybody gangsta’ until the sculpt ain’t fall when the string breaks
u gangsta? u do 1 now...
Haha underrated
The first time i saw something like this was at The Action lab channel where someone explained how it works
can you share the link to that video. i also want to know about the explanation. thank you
The middle string is holding everything. The other strings are guides preventing lean.
How it works?
@@Rhidayah Just look at it, it's very obvious how it works. The string in the middle prevents that the upper part can go down. So what would happen if the 4 other stings weren't there? The upper part would fall to the sides instead of falling down. But the other 4 strings are preventing that it can fall to the sides. All 5 strings are under tension. The middle string keeps the upper part from falling, the other 4 strings stabilize it can't fall to the sides either.
Oh my God man this is glorious! Thank you for making this! Im inspired to make an art piece with this style of structure ty so much!
This is f**king awesome. Had I been shown something like this in high school,
I'd probably be some kind of scientist and not a 40-year-old man living with his mom.
I was mind f**cked for a few minutes and came back and realized how it works.
Essentially, between the 2 sticks in the middle,
the bottom-end of the top stick is hanging by the short string from the bottom stick's top-end.
Then, the two outer strings opposite of the top stick just keeps the weight of the top triangle from ever becoming a factor (in combination with what is already happening between the 2 middle sticks and the short string).
If any of those strings were just slightly off in length, it would fall.
The string attached at the top-end of the upper stick is probably not needed,
but does function as a balancer to keep the top triangle from rotating abruptly.
Thank you, I am going to try with some of my Primary School students.
When... next year
hmm nice
@@Jay2more dont make a laught he is a teacher 👍👍
I love the music, its like firewatch soundtrack :')
If they were able to design a building that used this concept I'll bet it would be very effective for preventing Earthquake damage
I did it today! It works perfectly, but don't support much weight upside. Thank you for the tutorial
I'm no science expert,
yet simply by looking at this model you can tell there is a counterbalance
near the middle section.
Having such a short thread means it can't fall or rotate easily to the other sides so long as the remaining three outer threads can counter it.
That's as much as I got.
It's not about gravity because gravity is acting here only in the middle where one stick(lower) is suspended on the other ( upper) . Upper stick is acting here as a beam on which a stick is suspended and going further on the above portion we found out that the other two sides can't fall coz it will force the other stick to go above which isn't possible coz string isn't elastic enough to do so,can be related to seesaw where for making one side down,other side have to go up..
So it's not antigravity,though it's beautiful..
@Sultan Ali Khan The weight of the toy is less than the tensile strength of the threads. It's the same principle as any suspension bridge, but more artsy-fartsy.
This is brilliant! Thank you for sharing all this.
That was amazing, you are very talented
I cannot build that, but I can eat the required ice creams in one sitting!
I can kind of understand how it works. Not that impress-
*puts car on top
WAIT HOL ON
@Repomeister Yea. I do understand it fundamentally but still was suprised it could withstand a weight on top of it. After a bit of thinking I realized as long as it's still in the center of gravity and doesn't go over the breaking load of the middle rope, we could put a lot of things on top of it. Which makes a nice desk decoration.
@@trummtrummtraktikitak Hey I just realized that lmao
I can kind of understand.....
Is the reason why this comment didn't get a lot of likes
@@izzut Yep, I saw this same structure made with chain instead, which would be able to support a decent amount of weight.
Your profile picture fits perfectly with your comment!
The middle string holds the top triangular platform upwards, connected from the two popsicle sticks in the middle, slanted at what I presume is a 75° angle. The two strings from the bottom triangular platform at each point, which is part of the same side of the popsicle stick in the middle, keeps the top triangular platform from falling down and away (at a pivotal angle) from said middle popsicle stick. The last string at the final point of the bottom triangular platform is providing balance between the other two points so they do not sway from side-to-side. All this, ironically, held in place by gravity to create a "gravity-defying" building.
What a wonderfully simple piece of architectural engineering.
Ok so basically the stick thats going down from the top section is being held up by the bottom stick. Its able to balance because the popsicle stick that sticks down has on string holding it, while the ones without it are held down by two, so it balances out. Also, it helps for it to not tip over
Amazing!, thanks a lot, I´m going to do this cinetic sculpture with my litle daughter....it´s magic! greetings from Bogotá, Colombia!
The music is really nice.
youtube before: how to make muscles easily in short time!
youtube now: how to break laws of science!
nah, Simply bend the laws to your will. Like a lawyer of science.
@@wukongmain2075 A lawyer of science... I like that.
@@wukongmain2075 , thats the science team.
Nothing but your perception is bent.. all of the laws of science are obeyed ;-)
*THERE IS NO SPOON*
There's a video of a guy making full-size table version of this.. Still this miniature version in this vid sells the illusion better.. Didn't expect it to be this sturdy, it was only when I seen car put on it that I was even more amazed
This is truly awesome! It's art at its best. The cool part of science. I have a class project In the future. A scaled up version of this would seem to be fitting. Thanks!
*The physics for this game are amazing but can sometimes be a bit glitchy*
Muy ingenioso, me gusta. Enhorabuena y un saludo : )
Very ingenious. I like it.
I like it and salute you
Piola el invento
This looks very cool, at the beggining, i couldnt understand what was gong on, but analyzing the system, it's very simple.
Basically see the Strings as vectors, the middle String prevents the whole system to came down, and the wood stick in the middle is the one who's making physic and not magic.
But it keep looking very cool.
You have opened the door to amazing structures.....
I thought I had the materials until I saw a drill. Btw it is interesting!
You could just poke a hole in it with a pin
Everybody seem to have that green board. I've looked everywhere with no results.
It's called Cutting Mat
It is also callled cutting board or measuring board or Silver Bitch with golden balls.
czcams.com/video/1qDwA1rX-Ag/video.html
Michaels Crafts and Joanne Fabrics has them if you're in the US
look for cutting mat
Fascinating. The "triangle" eliminates the problem of creating a plane .....so expand the thought process to using a ring ....but anchoring only at the three points, and then apply the center actual support connection.
Oo my goodness... That really blew my mind, the moment he finished and showcased it.. Loved it.. Though am a student of science.., i was taken aback.. 🥳🥳🥳🥳🥳🥳🥳🤩
*Isso é incrível! Obrigado por postar isso.*
Olha só temos um BR aqui
Come on! I wanted to see how you cut the wood with that blade!
Very slowly...
@@samiam619 hahah
It is pure physics and your sharpening skill. He balanced the tension forces and centre of mass played the game.
Could be a nice touch to use fishing leader (or even, magician's string) for the middle section!
Interesting, the center string is supporting all the weight whilst the other three in the corners stabilize the structure.
Rodrigo Godoy Valenzuela “whilst” jaja no seas mamon
Wow Didnt know that
Right
This bug will be patched in the next patch. Sorry for the inconvenience
From next time please make PUBG like physics, enough fortnite
Turns out it is not a bug. It is a loophole written in the laws of physics. Someone with enough money and/or influence had it put in.
😎
I’m gonna make this for myself now. Great vid
you motivated me to create 3x anti-gravity sculpture, thank you
2:29 the music sounds like Road Trippin's guitar chorus.
"Do you wanna see the most illegal thing I own"
yo dude u literally impressed me and i need to build that for my school competition.:D
Impressionante. Obrigado por compartilhar idéias assim.
imagine we can make a chair with that, with an iron frame and chains.
/watch?v=LUY2MO5Ni04
do it
@@thebryann lol, i cant pick the link in the phone YT. ;-;
@@ITzIRaccoon look for "How to Make an Impossible Stool". Literally what he said :D
I watched someone make a table like that.
I broke my bed when seeing this i made it for my self and now I'm sleeping on this feels like I'm in the air
Bro how dumb are you to think people believe your lying self
that's a great idea! maybe im gonna break my only bed to do this too, give me luck guys
@@yaboyale So I can't make any funny comment also right
@@TD2T wishing you luck XD
@Bhagya Jyoti worked for me
The tread in the middle is being pulled by gravity downwards while the other 3 treads on the sides are being pulled upwards by the force coming from the midle 😊
so hypnotizing! great job dude.
Great for physics teachers (not so great for phsyics students ;) ). What is the tension in each string given the masses of the sticks? For more advanced students, what are the frequencies of the normal modes?
Give the equation... Help 😭😭😭
"Anti gravity" ironically would not work without gravity.
When we know the truth and just watch all children get crazzy... XD
It would still work without graviy
Ty just with the tension of the threads I think.
@@ivantheterrible7696 Nope, the string is already tense when you put the structure in place. The string is a bit elastic so gravity alone wouldn't make it tense enough.
@@ivantheterrible7696 No, I'm litterally saying that the string in the middle (maintaining the two parts appart) isn't maintained by gravity but by the tension of the strings themselves (the ones around that pull the two parts closer).
@@ivantheterrible7696 Well, I already understood everything you juste said but what you didn't understood is the fact that the strings don't need gravity to work, if you put this tructure on the side it won't fall apart (I tried this by myself), the tension in the string don't come from gravity but from the fact that the strings are all a bit too short for the structure.
If it came from gravity (the weight of the wooden pieces is so low that gravity don't has that much effect on them, blowing on it would apply nearly the same force) you wouldn't be able to move it without making the structure shater.
Gravity would be an explenation to this if the structure was heavy but with little sticks the tension applied in the string wouldn't be strong enough to perform this trick.
The main section in this mechanism is the middle one ☝ without it it would doesn't work .
But seriously this guy has more creative mind and knowledge . I appreciate it by *_heart_*
Pretty cool. Never saw something like this before.
Yoshiny Yo, I liked this video so much but from where did you get this idea, I mean from some book, any google search,or another video from CZcams?
From another youtube channel that makes furnitures i remember they make a table lile this
from action lab channel
どうなっているのか分かったよ。
サンキュー！
しかしこれ考えた人はスゲェな！
Wow thanks! I've wanted to make a tensegrity structure forever
Took me a minute to work out what's going on here. So simple, yet incredibly effective visual illusion!
Nice bro 👍
Sacha ma me delet mari
Did I search for this?
- No
Did i find it interesting?
- Yes
That's the point of recommendation.
mind blowing design thank you Yoshiny you are gifted!!
I cannot believe this type of gravity, thanks for sharing !
This is how our spine actually works, how our emotions can be suspended, how stress is just a tension.
"Doc, my back is killing me ! " .... > ;-)
deep 😯🥴
The grand architect at work
How our thoughts are the strings and our bones are supporting our emotions.....yup
Simple physics (C.G) "Centre of gravity", central string holds the load, rest of the strings supports the frame from moving either sides so the structure remains stable.
Cool trick for prank others. Nice job brother.
Expecting more similar videos from you.
Keep going on
Full support
👍 😊
I used this tutorial for my own custom one but instead of popsicle stick and hot glue i used straightend out paper clip and sewing thread and used super glue gel because i wanted it to be a desktop thing and it worked really well
Who first thought of this. Keep your eye on him. Great video. Thanks for sharing.
The strings want to fall but the constant stress dosent allow them. Me too kid
Ficou legal, dá próxima vez use linha de nylon que é transparente
Mas o que faz com que elas n pendam para um lado ou para outro
Arame
Complexity of the human mind .. never ceases to amaze
He just unlocked the fourth dimension