Computer TechComputer TechScientists are trying to use nanotechnology to make very tiny chips, electrical conductors and logic gates. Using nanotechnology, chips can be built up one atom at a time and hence there would be no wastage of space, enabling much smaller devices to be built. Using this technology, logic gates will be composed of just a few atoms and electrical conductors (called nanowires) will be merely an atom thick and a data bit will be represented by the presence or absence of an electron.
A component of nanotechnology, nanocomputing will give rise to four types of nanocomputers:• Electronic nanocomputers• Chemical and Biochemical nanocomputers• Mechanical nanocomputers• Quantum nanocomputersScientists are trying to use nanotechnology to make very tiny chips, electrical conductors and logic gates. Using nanotechnology, chips can be built up one atom at a time and hence there would be no wastage of space, enabling Scientists are trying to use nanotechnology to make very tiny chips, electrical conductors and logic gates. Using nanotechnology, chips can be built up one atom at a time and hence there would be no wastage of space, enabling much smaller devices to be built. Using this technology, logic gates will be composed of just a few atoms and electrical conductors (called nanowires) will be merely an atom thick and a data bit will be represented by the presence or absence of an electron.
[quote=Gravity]A component of nanotechnology, nanocomputing will give rise to four types of nanocomputers:• Electronic nanocomputers• Chemical and Biochemical nanocomputers• Mechanical nanocomputers• Quantum nanocomputersScientists are trying to use nanotechnology to make very tiny chips, electrical conductors and logic gates. Using nanotechnology, chips can be built up one atom at a time and hence there would be no wastage of space, enabling scientists are trying to use nanotechnology to make very tiny chips, electrical conductors and logic gates. Using this technology, logic gates will be composed of just a few atoms and electrical conductors (called nanowires) will be merely an atom thick and a data bit will be represented by the presence or absence of an electron.
[quote=Power]A component of nanotechnology, nanocomputing will give rise to four types of nanocomputers:• Electronic nanocomputers• Chemical and Biochemical nanocomputers• Mechanical nanocomputers• Quantum nanocomputersScientists are trying to use nanotechnology to make very tiny chips, electrical conductors and logic gates. Using nanotechnology, chips can be built up one atom at a time and hence there would be no wastage of space, enabling scientists are trying to use nanotechnology to make very tiny chips, electrical conductors and logic gates. Using this technology, logic gates will be composed of just a few atoms and electrical conductors (called nanowires), will be simply an atom thick and a data bit will be represented by the presence or absence of an electron.
[quote=Dolour]A component of nanotechnology, nanocomputing will give rise to four types of nanocomputers:• Electronic nanocomputers• Chemical and Biochemical nanocomputers• Mechanical nanocomputers• Quantum nanocomputersScientists are trying to use nanotechnology to make very tiny chips, electrical conductors and logic gates. Using nanotechnology, chips can be built up one atom at a time and hence there would be no wastage of space, enabling scientists are trying to use nanotechnology to make very tiny chips, electrical conductors and logic gates. Using this technology, logic gates will be composed of just a few atoms and electrical conductors (called nanowires), will be simply an atom thick and a data bit will be represented by the presence or absence of an electron.
[quote=Efficiency]A component of nanotechnology, nanocomputing will give rise to four types of nanocomputers:• Electronic nanocomputers• Chemical and Biochemical nanocomputers• Mechanical nanocomputers• Quantum nanocomputersScientists are trying to use nanotechnology to make very tiny chips, electrical conductors and logic gates. Using nanotechnology, chips can be built up one atom at a time and hence there would be no wastage of space, enabling scientists are trying to use nanotechnology to make very tiny chips, electrical conductors and logic gates. Using this technology, logic gates will be composed of just a few atoms and electrical conductors (called nanowires), will be simply an atom thick and a Data bit will be presented by the presence or absence of an electron.
[quote=Razor]A component of nanotechnology, nanocomputing will give rise to four types of nanocomputers:• Electronic nanocomputers• Chemical and Biochemical nanocomputers• Mechanical nanocomputers• Quantum nanocomputersResearchers are trying to use nanotechnology to make very tiny chips, electrical conductors and logic