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SUPERPODER: o poder de subir e escalar paredes através de suas mãos e pés.
A TECNOLOGIA:
Engenheiros da Universidade de Cornell (Nova York), aparentemente, inventaram um dispositivo uma palmeira que usa a tensão superficial na água para fazer uma ligação reversa a furar a madeira, vidro e tijolos.
Eles estão chegando perto de transferência deste para as luvas e sapatos que permita ao seu soldado subir em varias superficies, no estilo do Homem-Aranha.
A tecnologia foi realmente inspirada por um besouro de tartaruga Palmetto, na Flórida, que utiliza a tensão superficial de minúsculos dos seus poros gotículas de tamanho de óleo secretado no topo de suas pernas para subir e ficar nas superfícies.
Então, basicamente, eles estão à procura de insetos tecnologia para fazer uma arma do tipo Homem-Aranha - gadget, quem teria imaginado isto ,certo?
Eles descobriram, porém, que os buracos que eles tinham,aumentavam as succçaõ. Esses furos, se tornou ainda mais pequena (1000x a largura de um cabelo humano, para ser exato) teria o poder de sucção para prender uma pessoa inteira.
Mas para arrancar? Se é forte o suficiente para manter uma pessoa na parede, você não iria empurrar para trás com tanta força , para cair em qualquer construção que se esta subindo? Bem, não, porque os cientistas eram realmente capazes de utilizar esse campo elétrico para reverter a sucção, tornaria-s um fracasso na demanda. Assim como o Homem-Aranha.
Comece a bordar seus ternos, rapazes. Comece a bordar seus ternos
THE SUPERPOWER: The power to walk up/climb walls via his hands and feet.
THE TECHNOLOGY:
Engineers at Cornell University (in New York) have apparently invented a great palm-sized device that uses the surface tension in water to make a reverse-adhesive bond to stick to glass, wood and brick.
They're getting close in transferring this to gloves and shoes that will allow the bearer to climb up, Spider-Man style, the flattest of surfaces.
The technology was actually inspired by a Palmetto tortoise beetle in Florida that uses the surface tension from tiny, pore-sized droplets of secreted oil at the top of its legs to climb up and stick to surfaces.
So basically, they are looking to insect technology to make a Spider-Man type weapon/gadget, who would've thought, right?
They found, though, that the more holes they had, the stronger the suction got. These holes, if made even more tiny (1000x the width of a human hair, to be exact) would have the suction power to hold an entire person.
But would they unstick? If the force is strong enough to hold a person, wouldn't you jerk back so hard that not only would you unstick, but fall off whatever building you were climbing? Well, no, because the scientists were actually able to use that electrical field to reverse the suction, thus becoming unstuck on demand. Just like Spider-Man.
Start stitching your suits, guys. Start stitching your suits.
The gloves would work by using an electrical field to pump small amounts of water through microscopic holes, thus using
THE TECHNOLOGY:
Engineers at Cornell University (in New York) have apparently invented a great palm-sized device that uses the surface tension in water to make a reverse-adhesive bond to stick to glass, wood and brick.
They're getting close in transferring this to gloves and shoes that will allow the bearer to climb up, Spider-Man style, the flattest of surfaces.
The technology was actually inspired by a Palmetto tortoise beetle in Florida that uses the surface tension from tiny, pore-sized droplets of secreted oil at the top of its legs to climb up and stick to surfaces.
So basically, they are looking to insect technology to make a Spider-Man type weapon/gadget, who would've thought, right?
They found, though, that the more holes they had, the stronger the suction got. These holes, if made even more tiny (1000x the width of a human hair, to be exact) would have the suction power to hold an entire person.
But would they unstick? If the force is strong enough to hold a person, wouldn't you jerk back so hard that not only would you unstick, but fall off whatever building you were climbing? Well, no, because the scientists were actually able to use that electrical field to reverse the suction, thus becoming unstuck on demand. Just like Spider-Man.
Start stitching your suits, guys. Start stitching your suits.
The gloves would work by using an electrical field to pump small amounts of water through microscopic holes, thus using
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