Nano technology has made sensational progress. And with the progress of this progression, we have all the devices coming in our hands in the near future, which will be run by molecules or atoms. In that case, the capacity of data or data of these devices or products will be incredible measurements. IBM has announced that they are able to achieve two unprecedented success in working with Nano Technology, which is a small-scale technology. If this success can be implemented in reality, then revolution will occur in the world of electronic goods.
IBM scientists say their findings are not enough to apply on the product right now. More extensive work will be done in this regard. Extremely powerful microphones can be made at the ultimate success. It can be made of fine structures, very small atomic scale components. These components can be used in the future, with computer chips, storage devices, sensors and all the products that nobody has ever imagined. IBM scientists have published this research on the science journal Science Science.
Scientists have said that they have tested the magnetic anesthetic reaction on a special atom. Such tests were necessary to determine the conservation of atomic data. No one has ever been able to measure magnetic anonyotroph of a single atom. So the current test is being described as a fundamental issue. Once more work is done, it will be possible to create a specific atomic structure or atomic cluster structure. This structure can be stored in magnetic information or magnetization. In the case of an iPod size device, you can save 30 thousand movies or everything on YouTube. That is, millions of videos, more than 1 trillion bits. In other words, the proper implementation of this discovery will completely change the size of electronic products and their management methods. There will be no computing in the current system. That is, this poisonous invention of nano technology will change the shape of the product as well as change its way of management.
IBM researchers also worked on single molecules switches. It can continue working continuously without disturbing the molecules or molecules or obstructing the outer frame. This invention is a significant progress in creating computing components on molecular scale. This will enable future products to be invented, which will be smaller, faster and less expensive than today's computer chips and memory devices.
In addition to switching to a single molecule, the research carried out this process in a molecule's atom also. It is found that the atom inside a molecule is capable of connecting with an atom in its adjacent molecule, and this time the structure of the molecule is not damaged.
Researchers have used IBM's special scanning tunneling microscope (STM) to manipulate certain iron particles at the Large Magnetic Anisotropy of a Single Acne Spin Ambeded In A Surface Malikular Network, and they have been set up on the specially copper surface. Then they calculate the strength and behavior of magnetic anesthetic in specific iron atoms.
Anisotrophy important components for the storage of data or data. The reason is that this antisotroph will determine whether a magnet or magnet will behave or not.
Juan Luca Bona, a science and technology manager at San José IBM Almadaine Research Center in California, said that one of the biggest challenges facing IT industry today is to increase the data storage capacity on small devices. That means the size of the product will be as small as possible. But the data capacity will be much more. He said that they are doing the same thing. They want to give very powerful micro devices to the customers. And there is no more left to save the data in the atom. IBM has moved forward in this work. It is said that scientists have now stepped up a step forward in the process of holding data at atomic levels. Understanding specific magnetic activities in the atom is undoubtedly a significant progress.
IBM researchers explained the switching power of a molecule in the research paper on current induction hydrogen tautormarization and condition switching of naphthalosyanine molecules. In this work they used two hydrogen atoms in a naphthalosyanine organic molecule. IBM and other researchers have already been switching to single molecules. But then it was seen that molecules or molecules changed their shape during switching. This makes it impossible to use in computer chips or memory components. Work is underway to overcome the situation through research.
Researchers say this molecular switch will make computer chips fast like a super computer, but the size of the computer will be small. Such a computer chip will be created, which will look like dust. Can be placed on the head of the swivel
The current silicon based CMOS chip now has its capability to the end. So finding IT industry is another way to increase the efficiency of the computer. The way that will be new and the computer will be able to hold fast and more information. For this reason, firstly, the idea of the modular logic of the modules. Although its reality is still many years away. Researchers are therefore taking steps to start working on a molecule in a circuit. After doing this, it can be understood how their behavior or network is in a molecular chip.
Molly in any electronic material
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