i wanted
1.full classification of nanotechnology.
2.what is molecular electronics.
3.How it can be used in different application.
4.what are advantages and disadvantages. ....etc

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need ppt on and report on LIDAR, MOLECULAR ELECTRONICS,ORGANICS ELECTRONICS, CRYSTAL RADIO.
My self completed BE in ELECTRONICS STREAM.
EMAIL ID:[email protected] ....etc

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ABSTRACT
The field of molecular electronics seeks to use individual molecules to perform functions in electronic circuitry now performed by semiconductor devices. Individual molecules are hundreds of times smaller than the smallest features conceivably attainable by semiconductor technology. Because it is the area taken up by each electronic element that matters, electronic devices constructed from molecules will be hundreds of times smaller than their semiconductor based counterparts.
Moreover individua ....etc

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can u send me the seminar report of molecular electronics ....etc

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INTRODUCTION

Will silicon technology become obsolete in future like the value technology done about 50 years ago? Scientists and technologists working in anew field of electronics, known as molecular electronics is a relatively new field, which emerged as an important area of research only in the 1980â„¢s. It was through the efforts of late professor Carter of the U.S.A that the field was born.

Conventional electronics technology is much indebted to the integrated circuit (IC) technology. IC technology is one of the important aspect ....etc

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Abstract;
In order to examine the validity of model at organic/metal interfaces, the position of the vacuum level of N,N'-bis(3-methylphenyl)-N,N'-diphenyl--4,4'-diamine (TPD) film formed on various metal substrates (Au, Cu, Ag, Mg and Ca) was measured as a function of the film-thickness by Kelvin probe method in ultrahigh vacuum (UHV). TPD is a typical hole-injecting material for organic electroluminescent devices. At all the interfaces, sharp shifts of the vacuum level were observed within 1 nm thickness. Further deposition o ....etc

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The development of molecular electronics, the foundation for nanomedicine, would not have been possible without the availability of advanced computers; however, the availability of advanced computers seems to depend on the development of molecular electronics. Molecular electronics seems to aid in its own growth.

These advances are not limited to computing either. The more scientists learn about nanotechnology, the more they learn about engineering, chemistry, physics, mathematics, etc. In September 2002,researchers at Hewlett-Packard cre ....etc

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plz send the detailed info regarding the topics ....etc

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The development of molecular electronics, the foundation for nanomedicine, would not have been possible without the availability of advanced computers; however, the availability of advanced computers seems to depend on the development of molecular electronics. Molecular electronics seems to aid in its own growth.

These advances are not limited to computing either. The more scientists learn about nanotechnology, the more they learn about engineering, chemistry, physics, mathematics, etc. In September 2002,researchers at Hewlett-Packard create ....etc

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Abstract
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 co ....etc

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