They have found the material to pave the way to build advanced IC chip and ultra-reliable to store the data storage giant.

Scientists from Florida, USA have discovered the crystal allows the IC to build safe, super durable and can become a middle step process to patent the material increase in storage capacity of the equipment to some degree. The security chip can store data encoded by two different methods of electricity and from hackers so difficult to steal and decode information. In case of project processing with new information material success, and set your current size can store gigabytes to exabytes to be, that is 18 bytes or 10 caps 1 billion gigabytes (from the Giga through three levels to exa the teta, peta, exa).

Leadership team is Professor Harry Kroto, who won the Nobel Prize, and Professor Naresh Dalal. According to their words, the new crystal can be made from these materials and to make less harmful than the things being used in most current chips are not used to lead. Instead of traditional materials, the scientists will use to interact and manganese steel.
A major task of the study is to find materials with crystal structures used to build the block diagram of. Professor Kroto calls his approach is "technical solutions from the bottom up" when the material provides self storage solutions other than traditional top-down.

In fact, originally, two professors to find the two-dimensional structures for applications such as on a "bottom-up" but in the process of research, they found the three-dimensional crystal structure at the same time bear photos dominated by the electric current and magnetic field. These materials have the rare combination of properties is called Multiferroic, that is also a ferroelectric and ferromagnetic. The two men found four types of crystals, and are looking for more.