Nanotechnology
Superstick Tape:
The idea comes from gecko toes, which get their sticking power not from glue but millions of nanosize split hairs. Each split aend exerts a tiny force; millions ttogether are strong enough to let geckos scurry up walls. With enough split ends of the right size, superstick nanotape could let humans climb walls too.
Stain-resistant pants:
An increasing number of fabric manufacutrers are using ananotedhno9logy to prevent water from soaking thorugh fabric and create water-resistant clothing.
No-smell socks:
Afriad to take off your sneakers because your sockks are so stinkyk? Silver nanopariticles in sock fabric will change that by killing the bacteria and fungus that make them smell. Certain materials have long been used to stop bacterial growht, but nanotechnology has provided a better way to get them into socks without materialls boethering your feet or coming off in the wash.
Detecto-watch:
Nanotechnology iis part of the newest sensors, used to detect the smallest amounts of teixic chemicals, disease-causing germs, or even pollen. Such devices could easily fit into your watch or clothing, and instantly alert you to airborne dangters by changing color or giving off an electronic signal.
Solar-cell vest:
A solar-cell vest made with nanotechnology could someday e as much a part of your wardrombe as your jeans. this lightwieght vest would contain flexible solar cells; solar power collected y the vest would be turned into elcritc currentn, to run all kinds of portable gear like MP3 players.
Roll-up screen TV:Recent nanotechnology advances will lead to the smalles and thinnest electornics youj've eve seen! one product is aan ultrahtin monitor.
Nanotechhnology is so much smaller than traditional TV componenets,; you could manufacture a 1 mete wide TV only 2 cenemeters.
The idea comes from gecko toes, which get their sticking power not from glue but millions of nanosize split hairs. Each split aend exerts a tiny force; millions ttogether are strong enough to let geckos scurry up walls. With enough split ends of the right size, superstick nanotape could let humans climb walls too.
Stain-resistant pants:
An increasing number of fabric manufacutrers are using ananotedhno9logy to prevent water from soaking thorugh fabric and create water-resistant clothing.
No-smell socks:
Afriad to take off your sneakers because your sockks are so stinkyk? Silver nanopariticles in sock fabric will change that by killing the bacteria and fungus that make them smell. Certain materials have long been used to stop bacterial growht, but nanotechnology has provided a better way to get them into socks without materialls boethering your feet or coming off in the wash.
Detecto-watch:
Nanotechnology iis part of the newest sensors, used to detect the smallest amounts of teixic chemicals, disease-causing germs, or even pollen. Such devices could easily fit into your watch or clothing, and instantly alert you to airborne dangters by changing color or giving off an electronic signal.
Solar-cell vest:
A solar-cell vest made with nanotechnology could someday e as much a part of your wardrombe as your jeans. this lightwieght vest would contain flexible solar cells; solar power collected y the vest would be turned into elcritc currentn, to run all kinds of portable gear like MP3 players.
Roll-up screen TV:Recent nanotechnology advances will lead to the smalles and thinnest electornics youj've eve seen! one product is aan ultrahtin monitor.
Nanotechhnology is so much smaller than traditional TV componenets,; you could manufacture a 1 mete wide TV only 2 cenemeters.