Nanotechnology-Human new technological revolution

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It is a new high-tech which emerged in late 1980s. The main purpose of nanotechnology is to understand the composition and structure of matter at the nanometer scale and to create new materials by manipulating atoms and molecular structures. Nanotechnology signals that human cognition is now at the molecular and atomic level. This marks a new age in science and technology.The science and technology of nanotechnology is based on a number of advanced modern sciences and technologies. It combines modern science (quantum biology, microelectronics) with modern technology (high-resolution microscopes, computer technology and thermal analysis). Product. Nanotechnology has penetrated into various fields of modern science and technology, and has formed many new researches related to nanotechnology, such as nanophysics, nanochemistry, nanomaterials, nanobiology,nanoelectronics, nanofabrication, and nanomechanics. All these constitute nanotechnology.
The application of millimeter-sized technology was the hallmark of the first industrial Revolution, which began around the middle 18th century. It allowed mankind to enter an era where machinery replaced manpower. In the 20th Century, microelectronics represented the second industrial Revolution, which was marked by the application of micron technologies. It enabled mankind to enter a time of computer networks and communications. In the 21st century, it is expected that nanotechnology and emerging science will lead to a new industrial revolution.
The nanotechnology revolution will change our understanding of the world. As an example of electronic technology, the micron-era microelectronics was a major factor in human development. The nanotechnology age is characterized by the rise of nanoelectronics, which will have a profound impact on our lives and the way we live. Electronic technology will play a major role in the future.

Nanomaterials
Nanomaterials form the basis of the development of the nanotechnology industry and are the primary research object for nanotechnology. Nanomaterials can be classified according to their dimensions into three basic categories:

1. Zero dimension. The nanometer scale refers to three-dimensional space dimensions. For example, nanoparticles, clusters, and others.
2. One-dimensional. Refers to two-dimensional space at the scale of nanometers.
3. Two-dimensional. This means that the one dimension in three-dimensional spaces is at nanometer scale, for example, ultra-thin films, multilayer films and superlattices.

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