Molecular Electronics Or Moletronics

 

Molecular electronics (sometimes called moletronics) is an interdisciplinary theme that spans physics, chemistry, and materials science. The unifying feature of this area is the use of molecular building blocks for the fabrication of electronic components, both passive (e.g. Resistive wires) and active (e.g. Transistors). The concept of molecular electronics has aroused much excitement both in science fiction and among scientists due to the prospect of size reduction in electronics offered by molecular-level control of properties. Molecular electronics provides means to extend Moore's Law beyond the foreseen limits of small-scale conventional silicon integrated circuits.

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Any system with atomically precise electronic devices of nanometer dimensions, especially if made of discrete molecular parts, rather than the continuous materials found in today's semiconductor devices

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Any system with atomically precise electronic devices of nanometer dimensions, especially if made of discrete molecular parts rather than the continuous materials found in today's semiconductor devices.

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Any system with atomically precise electronic devices of nanometre dimensions, especially if made of discrete molecular parts rather than the continuous materials found in today's semiconductor devices.

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Single molecules are able to adopt the functionality of modern semiconductive devices (e.g. Switches, diodes transistor etc.). The present semiconductor technology might be replaced by molecular electronics in the future. The benefit will be a dramatic reduction in size and power consumption.

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Any system with atomically precise electronic devices of nanometer dimensions, especially if made of discrete molecular parts rather than the continuous materials found in today's semiconductor devices. [FS] Also: Using molecule-based materials for electronics, sensing, and optoelectronics .... ME is the set of electronic behaviors in molecule-containing structures that are dependent upon the characteristic molecular organization of space .... ME behavior is fixed at the scale of the individual molecule, which is effectively the nanoscale. [Mark Ratner & MT 5(2) p. 20

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Using organic molecules instead of silicon to make smaller, faster, energy-stingier computer processors and memory components

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Any system with atomically precise electronic devices of nanometre dimensions, especially if made of discrete molecular parts rather than the continuous materials found in today's semiconductor devices.

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Any system with atomically precise electronic devices of nanometer dimensions, especially if made of discrete molecular parts rather than the continuous materials found in today's semiconductor devices. [FS] Also: Using molecule-based materials for electronics, sensing, and optoelectronics .... ME is the set of electronic behaviors in molecule-containing structures that are dependent upon the characteristic molecular organization of space .... ME behavior is fixed at the scale of the individual molecule, which is effectively the nanoscale. [Mark Ratner & MT 5(2) p. 20

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