Introduction:
Nature has played the game at this level for billions of years, building stuff with atomic precision. Every living thing is made of cells that are chock full of nanomachines- proteins, DNA, RNA, etc . each jiggling around in the water of the cell, rubbing up against other molecules, going about the span of life.
Richard Feynman introduced the concept of Nanotechnology in 1959 . The impact of Nanotechnology on the health, wealth and lives of people will be at least the equivalent of the combined influences of microelectronics, medical imagining, computer-aided engineering and man-made polymers developed in this industry.
Nanotechnology will include the integration of these nano scale structures into larger material componenets, systems and architectures. Nanotechnology has captured the imaginations of scientists, engineers and economists not only because of the explosion of discoveries at the nanoscale, but also because of the potential societal implications. Nanotechnology's relevance is underlined by the importance of controlling matter at the nanoscale for healthcare, the environment, sustainability and almost all industries.
Nanotechnology is the latest technology and an area of special interests in research and study's and as a result it is developing rapidly. It has great possibility for producing improvements and innovations in many areas of life.
Some of the changes are:
• New and improved health treatments
• Reduced use of some harmful or scarce resources
• Cleaner, faster and safer manufacturing
• Quicker and smaller devices
• Increased life-cycle of products
• Many other improvements to existing products
…………….So on ..........(download any of the following links to get complete paper presentation in word document)
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