Let Me Say It Right Now. Everything You Thought Was The Limit Of Human

Let me say it right now. Everything you thought was the limit of human kind is wrong. The strongest weapon is not the nuclear bomb. The strongest material is not steel. Your brain is not the fastest computer on the earth. The sky is not the limit. Humanity has not reached it full potential. How can I make these statements? I am informed. There is a revolution coming, it may be bloody, but more than likely it will not be. There will be casualties, maybe not human ones. This is not a military revolution; this is a revolution in every aspect of life as we know it. It will make the Industrial revolution look like a stumbling block in our history. This revolution has already begun, and hopefully when you?re done with this paper you will be prepared for it. If you?re not then you can be surprised by it like everyone else. Nanotechnology has begun to emerge and it will forever change your life. The only question is how. Starting basically, nanotechnology is an anticipated manufacturing technology giving thorough, inexpensive control of the structure of matter. The term has sometimes been used to refer to any technique able to work at a submicron scale. Nanotechnology will enable the construction of giga-opperational computers smaller than a cubic micron; cell repair machines; personal manufacturing and recycling plants; and much more. Nanotechnology has many life-altering possibilities. It can be linked to many fields of study and, in fact, is being developed in present day laboratories by the combined efforts of many fields. Many of the fields have to do with the application of microscopic ideas and techniques, such as microbiology. The three biggest areas of nanotechnology application are that of medicine, manufacturing, and general lifestyle. To understand more about how this technology can effect these areas you need to first understand the basics behind the technology. The discovery of nanotechnology is actually quite new. The first small uses of were developed in the late 1980s and early 1990s. The first breakthrough experiment was when IBM (Yes the computer people) was able to draw a write the letters I, B, and M on a nickel crystal surface using individual Xenon atoms. The three letters were a combined 50 billionths of an inch wide. This simple, and seemingly pointless experiment, finally gave evidence that individual atoms could be manipulated by human hands. This spurred a great leap into the design of nanotechnology theory. Eric Drexler began the first comprehensive study of nanotechnology theory in 1986 when he wrote his book entitled ?Engines of Creation.? In his book Drexler outlined the basic principles behind current nanotechnology theory. Drexler states that life as we know it now shows us that nanotechnology is possible. The entire basis of nanotechnology is the creation of what Drexler calls an ?assembler.? An assembler is a nanoscopi cally small robot that manipulates individual atoms through contained chemical reactions to assemble the atoms into desired molecular patterns. Such an assembler could build a one hundred percent pure diamond literally out of thin air. Nature already has created it?s own assemblers. The assemblers of most organic life are called ribosomes. These tiny little cells, which are only a few cubic nanometers large, can build proteins out of the amino acids that they gather from there surroundings. These proteins are the basis for all life on Earth, because it is through these proteins that DNA is created. If nature can have its assemblers than naturally so can we. The application of nanotechnology in medicine is called nanomedicine (for obvious reasons). Looking through the basics of nanotechnology there are huge implications in medicine for Drexler's little assemblers. Taking a small army of assemblers, probably close to hundred thousand, and giving them access to the write proteins would allow the rapid creation of transplant organs for specific patients. No chance of the patient rejecting the organ or tissue would occur because the nanorobots could assemble the transplants to match the patients exact DNA coding. Perhaps the most simplistic nanorobot would be the artificial red blood cell which Drexler?s assemblers would have to build. Such a robot would be composed entirely of diamond and would act as only a simple pressure tank.