22-02-2011, 10:19 AM
NANO in Robotics
Abstract
The field of electronics is improving drastically and there has been several new inventions especially in the areas of nano computation and Nanorobotics. Nanoelcetronics holds immense promise for the future but it is still under development. Nanotechnology is a key issue in development of advanced products with more accuracy. The existence of the fourth fundamental circuit element, called memristor which had previously been only theorized, has been proved to exist. Memristors are the non volatile nano elements, which have the potential to replace both DRAM and hard disk of a computer. Nanocapacitors, which are much better in delivering energy over a short period of time, form the basis of giant memory in electronic devices.. The nanowire based information storage device is capable of storing three bit values rather than the usual two-that is, ‘0’, ‘1’ and ‘2’ instead of just ‘0’ and ‘1’. This ability could lead to a new generation of high capacity information storage for electronic devices. Processors can also be miniaturized by the use of DRQ molecules which are capable of executing 16 instructions at a time, which are more advanced than the
Intel duo core processors. Nanorobots have been a recurring theme in many science fiction novels, but due to advancements in technology, these nanomachines are now in the research and development phase. Nanorobots find their application in the fields of medicine and instrumentation. These nanorobots can be easily brought into reality if processor and memory are made in nanometer scale and our paper provides the design of future nanorobots and nano computers that are about to revolutionize our lives.
Abstract
The field of electronics is improving drastically and there has been several new inventions especially in the areas of nano computation and Nanorobotics. Nanoelcetronics holds immense promise for the future but it is still under development. Nanotechnology is a key issue in development of advanced products with more accuracy. The existence of the fourth fundamental circuit element, called memristor which had previously been only theorized, has been proved to exist. Memristors are the non volatile nano elements, which have the potential to replace both DRAM and hard disk of a computer. Nanocapacitors, which are much better in delivering energy over a short period of time, form the basis of giant memory in electronic devices.. The nanowire based information storage device is capable of storing three bit values rather than the usual two-that is, ‘0’, ‘1’ and ‘2’ instead of just ‘0’ and ‘1’. This ability could lead to a new generation of high capacity information storage for electronic devices. Processors can also be miniaturized by the use of DRQ molecules which are capable of executing 16 instructions at a time, which are more advanced than the
Intel duo core processors. Nanorobots have been a recurring theme in many science fiction novels, but due to advancements in technology, these nanomachines are now in the research and development phase. Nanorobots find their application in the fields of medicine and instrumentation. These nanorobots can be easily brought into reality if processor and memory are made in nanometer scale and our paper provides the design of future nanorobots and nano computers that are about to revolutionize our lives.