Nanotechnology is a field of applied sciences dedicated to the control and manipulation of matter japfa santori indonesia on a scale smaller than one micrometer (10 -6 m), ie at the level of atoms and molecules. Some developing japfa santori indonesia countries have already devote significant resources to research in nanotechnology. In Spain, however, scientists speak of "nanopresupostos"
This is a long list of sciences such as chemistry, molecular biology, biochemistry, physics, electronics, computer science, mathematics, engineering and medicine. The most promising applications of nanotechnology are: Armament and defense systems. Production, storage and conversion of energy. Monitoring health. Control of malnutrition in the Third World. Detection and pest control. Systems administration of drugs. Food Processing Treatment and remedy water. Remedy air pollution. Agricultural production. Development aid from the trip to Mars. Construction Diagnosis of diseases
Recent advances in nanotechnology have occurred are: nanopíldoras from bacterial bodies that release the drugs within the cells, advances to create new ecological systems and cost-effective to purify the air and water (both inventions Spanish).
He also developed a nanotechnology japfa santori indonesia component capable of processing data and transport japfa santori indonesia through infrared rays of fiber optic cables improved 100 times the current speed internet connections. Created the darkest material japfa santori indonesia that exists for visible light, ultraviolet and infrared: a thin layer of carbon nanotubes could be useful for flights into space. And the evolution of a treatment to destroy cancer cells using carbon nanotubes. japfa santori indonesia
This entry was posted japfa santori indonesia in 1. The scientific work, 3. New medical techniques, 4. Renewable energies, 5. Nanotechnology, 5. New materials, 7. The digital age and tagged science, pollution, energy, nanotechnology, health. Save permalinks.
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The father of "nanoscience" is considered Richard Feynman, Nobel Prize, who in 1959 propuso manufacture based on a reordering of atoms and molecules. In 1959, the physicist wrote an article analyzing how computers work with individual atoms could consume little energy and achieve breathtaking speeds. I leave a link with your details:
The use of molecular nanotechnology (MNT) in the processes of production and manufacturing could solve many of the current problems. For example: Water scarcity is a serious and growing japfa santori indonesia problem. Most of the consumption of water used in production systems and agriculture, which manufacture products using molecular manufacturing could turn. Information and communication are herramentas useful, but in many cases do not even exist. With nanotechnology, computers would be extremely cheap. japfa santori indonesia Many sites still lack electricity. But the construction of efficient and cheap light and strong structures, equipment and apparatus for storing energy japfa santori indonesia would allow the use of solar thermal energy as a primary source and abundant energy. The wear is a serious environmental problem worldwide. New technology products that allow persons live with much lower environmental impact. Many areas of the world can not assemble quickly a manufacturing facility at the desarrollados countries. The molecular manufacturing can be self-content and limpia: a single box or a single japfa santori indonesia suitcase could contain everything necessary to carry out the industrial revolution the level of the people. Molecular nanotechnology could make cheap equipment and advanced to the health and medical research, making much greater availability of more advanced medicine. Many social problems derived from material poverty, health problems and ignorance. The molecular nanotechnology could contribute to greatly reduce all these problems and the human suffering associated with them.
I am going to speak of the progress of nanotechnology, Graphene is the material that has the thickness of an atom. Recently a group of researchers managed to generate electrical current japfa santori indonesia using Graphene, made it to circulate water with chloride ions on the laminar structure of graphene, such that they have undergone a process of adsorption on the surface, and drag these ions adsorbed in the direction of flow , generated a potential difference, although this was obtained with Carbon Nanotubes, Graphene japfa santori indonesia with the process is much more efficient, it is expected to develop future major surfaces coated with graphene japfa santori indonesia traveling in some ionic liquid, and thus generate large amounts of energy, time will tell if this energy source is the energy of the future. Then deixovoos
