Posted in | Nanomaterials

Atomic Quantum Dot based Quantum Cellular Automata

It has been discovered that single silicon atoms on an ordinary silicon crystal serve as "quantum dots", enabling control over single electrons and thereby enabling revolutionary computation schemes that consume miniscule power. This new control over electrons may be put to use in a number of ways. For example, the "QCA" (quantum cellular automata) mechanism proposed by Craig Lent and co-workers at Notre Dame provides an architecture for an extremely low power computer.

Run time: 2.00 mins

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