Комментарии:
Omfg
ОтветитьI want one of the little snowflake ones to roll me tiny stuff adorably
ОтветитьI don't understand the red light thing at all. Maybe it is to hide the strings :-)
ОтветитьThat's cool.
Ответитьthats cool af
ОтветитьI can't swallow tablets!
Ok, just swallow this rolled up newspaper then!
It looks like the fortune telling fish's cousin XD
ОтветитьWere all of these movements done purely by turning on and off a magnetic field, or multiple? Could these ever be more precisely controlled with irregular currents?
ОтветитьIts alive
ОтветитьI want a cute mini thing that can swim
ОтветитьThanks. I'll add magnets and silicone to my list of deepest fears and doomsday prep now 😂
ОтветитьThis is pretty creepy for me but would like to see it!
ОтветитьWhere can I buy the 3D printer and material
ОтветитьFlexible synthetic muscle strands for bipedal robots!
Ответитьcondoms?
Ответитьtime to print myself my own pulsating fleshlight
Ответитьmake a tiny origami person that can walk and has hands, have ai from Boston robots navigate it, use MRI to generate a image/ path so the robots can just walk through your body and repair it like ship building. Hell have the person controlled via AR/VR and now a doctor is walking around your body. Another idea, have a tiny camera and light on it that's powered by the magnetic field for sight.
Ответитьа чому не закладати дріт між простірами, як робили з рідкими магнітами, прі подачи струму возніка магнітна індукція, яка заставляж рухати? таким чином вам треба подати імпульс, як мишцах людини
ОтветитьImagine making a house out of this material (or something similar), so you can see the house kind of building it self.
ОтветитьI don't like how only material was shown, what about the whole controller, that makes the material move the way it does? Is it not shown because this isn't real, or is it not shown because that's the drawback of technology? Even if material itself can move, etc. to control it properly, you need precise field creation, also what about the inverse square law? What is the range on this material per Tesla of magnetic flux?
Ответитьi would not call it smart material, it's a plastic/silicate material with magnetized infill which gives it movable properties when introduced to an electrical current or other material with magnetic properties. it's really old science
Ответитьeverybody gangsta til the plastic starts wiggling
Ответитьbetter bring magnet every day in case of an invasion
ОтветитьHmm I think if these are made in a nano scale, it could lift heavy stuff. It's like an electronic muscle
ОтветитьEngage Rule 34
ОтветитьЛайк однозначно!
ОтветитьThis is so futuristic but the video kinda seems like it was made in the late 90s, something I might’ve watched at school. Incredibly cool none the less
ОтветитьThis is freaking me out a lot more than I anticipated.
ОтветитьSo this material has a negative poisson ratio?
ОтветитьI wonder if these could replases injured muscle?
ОтветитьSo and where to buy?
ОтветитьOK but what are they calling it? They must have a name four this new innovative feature.
ОтветитьThe future is now, old man!
ОтветитьBruh that snowflake is grooving
ОтветитьSILICONE not SILICON !!
ОтветитьProsthetic limbs could be revolutionary
ОтветитьWTF!!!
Ответитьohhhh , i see. science is so amazing
ОтветитьSynthetic muscle enough said lol
ОтветитьA really small step for nanorobots?
ОтветитьIts creepy
Ответитьawesome
ОтветитьGo fold abnormal protein In ALS if you can get the medication to the proteins cells
ОтветитьOk nice. Where can I buy it since it already exists for 3d printers?
ОтветитьImagine what this technology could do for the sex toy industry. That's how you pay your R&D
ОтветитьScience is beautiful beyond description.
Time and evolution gave us a brain capable of creating materials with properties that can’t be made or found in nature.
Isn’t that sensational?
Are you trying to recreate your creator/creators? Complex 🫡🤔
ОтветитьBut is this strong..?!!
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