World’s Tiniest Magnet Information (Data) Storage

There will be some time when all the significant technology on the planet will be in nanoscale. Latest changes have been gone through in day-to-day used gadgets like mobile phones, pcs, notebooks and so on. As a aspect of this, a number of experts from IBM and CFEL (Centre for free-electron Laserlight Science) have been effective in creating the planet's tiniest magnet field information reduce product. The recently designed product needs only 12 atoms for keeping one bit. That is, 96 atoms for keeping one byte. In a traditional reduce product a byte includes 500, 000 atoms and hence this new technology will validate to be a cutting-edge for making the new technology of devices known as “nanogadgets”.

This new nano information device was made by putting atom by atom by using a STM (scanning tunneling microscope) at IBM’s Almaden research center in San Jose, Florida. First a frequent design of metal atoms were designed and then they were arranged in such a way that each row contains six atoms. The shed solidity of this new ipod nano arranged storage device is expected to be hundred or so times better than the currently used hard disks.

With the help of an STM data is released to the new product nano reduce product. The units of the atoms will be having two magnet field reports which symbolizes zero and one. By using the STM the polarity of the atoms are customized to the desired value. For this purpose, an electro-magnetic beat is used to the electrons from the STM. A gradual computerized beat is used to study the details from the new product nano structure.

In traditional hard disks and other information storage components information is saved by ferromagnetism but here special form of magnetism called the stop ferromagnetism is used here to record information. As the elements are stop ferromagnetic, the atoms can be moving more carefully as the magnet job areas will not be upsetting each other and hence new ipod nano size can be carried out. Experts say that this development will open new gates to huge science and wiser devices can be designed in the near future.