Club5050 | Nanotechnology History Of Nanotechnology And Development Of Nanotechnology | By @azmat545

Every day we get closer to the inevitable revolution, which carry nanotechnology. We are creating new devices, we find unique content, which are not thought of before. The use of nanotechnology in everyday life has helped us to reshape the usual objects. As a result, we found a very different, but beneficial properties of the substance. The reality around us becomes less dangerous and most conducive to a comfortable life. An illustrative example: the lack of the usual dimensions of electrical devices, invisible to the human eye, for the size of nanoparticles. Computers are getting smaller in size, but it is much more productive. Nanotechnology at home and in the industry has significantly changed around us. Is it possible to create a form of artificial intelligence that can meet all our needs? The answer lies in the rational use of the latest developments. Nano - a path to the future, as it affects all aspects of our lives. Using nanotechnology offers many opportunities, but it also raises a number of concerns.

NANOWORLD Window.

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The electron microscope gives a glimpse into the microcosm. Without special devices Nano in everyday life immediately feel it is very difficult, since they are so small that they are indistinguishable to the naked eye. Such a scale was one of the most unusual and unexpected features on the mall display. The use of such features promises a unique technological revolution. They give radically new features, thus controlling the body and the environment.

History Of Nanotechnology.

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All this invention dates back to the 80s XX century to a device called a scanning tunnel microscope (STM). Professor at Dzheyms Dzhimzevsky University in California spent his entire professional life in the world of nanoscale. He is one of the first people in the world to receive the opportunity to investigate a case involving extremely small quantities, over a million of a millimeter. These microscopes allow us to read only the blind as we study surface Braille. So no one could doubt how useful Nano is in everyday life and industry.

Principles Of Working With Nanoparticles.

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A scanning probe represents the needle in an atom thick from the microscope. When it approaches only a few nanometers for a sample, the electrons are exchanged with the nearest nanoparticles. This phenomenon is called tunnel effect. The control system detects changes in tunnel current, and now more accurate construction of the sample surface topography based on this information. The software allows you to convert data into a single image, which provides the key to a new world of scientists using nanotechnology in home and other industries.According to Dzheyms Dzhimzevsky, through a scanning electron microscope, scientists found the first image of atoms and molecules and were able to study their shape. This was a real revolution in science, as scientists began to look at things very differently, drawing attention to the properties of individual atoms, not millions and billions of particles, as it was in the past. 3

The First Opening Of Nanotechnology.

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The use of new technology has led to a startling discovery. When the unit contacts the atom at a distance of 1 nano, between the barley and the atomic attachment. This feature enables you to find a way to move individual microparticles. Thanks to this discovery of the ability to use nanotechnology for a comfortable life.As explained by Dzheyms Dzhimzevsky, professor at the University of California, scanning tunnel microscopes allow almost touching molecules and atoms. Scientists have for the first time been able to manipulate the surface of the material and create a structure that could not have been imagined in the past.This new discovery (the ability to observe and manipulate small particles that make up the case) made it possible to use nanotechnology in all fields without exception.

Development Of Nanotechnology.

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Physicist and philosopher Etin Gadna believes that the possibility of a technological breakthrough at the expense of the Nano is very real, but it is largely built on the enthusiasm of a scientist.E As physicist and philosopher Etin Garana, after experimental confirmation of the existence of atoms, it took less than 100 years to find opportunities to manipulate. Before scientists discover these opportunities, which can not even think before. Only in all developed countries, thanks to its government, began to show interest in related sciences. It all started with the American initiative in 2002, which was made from rock physics and Benbridge. These scientists came up with the insane idea that nanotechnology would be able to solve all the problems it faces.

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The announcement would allow for the realization of advanced areas like science and technology, computer science, nuclear energy research, microbiology, laser technology, medicine and more as stimuli for the launch of numerous studies, microelectronics.

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