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A nanocomputer is a microscopic computing device used in nanotechnology. Originally thought of as a small computer, it has evolved to be a device placed inside the body to support natural organ functions and treat disease. It has potential for use in accessing the internet and performing tasks currently done with desktops and laptops. While still more fiction than fact, proponents believe it will be available to the general population in the next couple of decades.
A nanocomputer is a type of computer commonly employed in the field of nanotechnology. Essentially, a nanocomputer is a microscopic computing device. While the concept of nanocomputers has been around for several decades, perceptions of the technology continue to evolve as it becomes possible to store and use data and functions on systems that are increasingly compact in design.
In years past, the nanocomputer concept was thought of in terms of a small computer capable of performing all the tasks associated with the large electronic brains of the 1940s and 1950s. Over time, as technology made it possible for smaller mainframes to surpass the capabilities of those early electronic brains, the idea of the nanocomputer as a device that was not only small but perhaps even microscopic began to emerge. Today, the general idea for a nanocomputer would involve placing the tiny device inside the body to help support natural organ functions, treat disease, and generally perform specific tasks that the body can no longer handle without some sort of assistance.
The potential for a tiny computer seems to be endless. Along with use in treating many physical and emotional ailments, the nanocomputer is sometimes designed to enable the ultimate in a portable device that can be used to access the Internet, prepare documents, research various topics, and handle mundane tasks such as email. In short, all the functions that are currently achieved with desktop computers, laptops and portable devices would be possible with a nanocomputer that is inserted into the body and interacts directly with the brain.
At the moment, a nanocomputer usable for general use in home or business applications is still more fiction than fact. However, technology continues to find ways to store increasing amounts of data on a single computer chip. As the mechanical aspects of computer technology continue to produce smaller external devices, the concept of a nanocomputer making use of a biochemical interface becomes more feasible. There are proponents of the nanocomputer concept who believe these microscopic implants will be available to the general population at some point in the next couple of decades.
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