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Molecular electronics has been associated with high density nano-electronic devices.
For Mark Reed, the future of molecular electronics has just arrived.
Molecular electronics has been a subject of growing interest in recent years [1].
Because of being compatible with conventional microelectronics and minimum feature size approaching to atomistic dimensions, silicon-based molecular electronics has emerged as a viable option [4, 5].
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Novel organic materials for sensors and molecular electronics have been developed on the basis of those polymers [9-12].
Finally, in the area of molecular electronics, Abruña has worked with Will Dichtel, Chemistry and Chemical Biology, and Daniel Ralph, Physics.
Until the advances this year, molecular electronics researchers have made switches that can turn electric current on and off, but cannot amplify signals as transistors do.
In the emerging field of molecular electronics, researchers have already constructed the tiniest of components -- molecules that act as switches -- and they are now starting to tackle the harder problem: how to wire the tiny switches together into useful devices.
"Electronics has a future.
Demand for consumer electronics has collapsed.
Nanoscale electronics have been developed at the molecular level.
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