bogdanfirst
New Member
i think most of us here are fammiliar with Moore's law.
i know that now for the newest microprocessors they use 11u(microns) technology.
but as components get smaller, acording to the law i just mentioned, each aprox. 2 years we have a doublinilg in components density. but it can't contnue like this for ever, because we will get to make transistors so small that they will be made of a precise number of atoms, wich will be placed on the slice.
i think of a situation somewere in the future: "tu build a N chanel MOSFET you need 3 atomf of Si, 4 molecules of...........and so on]
what will happen then. the miniaturization will stop. maybe there will be 20-30-40....years till this but it is going to happen.
so what is the solution?
we must think of other ways to deal with information then computers...
i know that now for the newest microprocessors they use 11u(microns) technology.
but as components get smaller, acording to the law i just mentioned, each aprox. 2 years we have a doublinilg in components density. but it can't contnue like this for ever, because we will get to make transistors so small that they will be made of a precise number of atoms, wich will be placed on the slice.
i think of a situation somewere in the future: "tu build a N chanel MOSFET you need 3 atomf of Si, 4 molecules of...........and so on]
what will happen then. the miniaturization will stop. maybe there will be 20-30-40....years till this but it is going to happen.
so what is the solution?
we must think of other ways to deal with information then computers...