NANO RINGS BASED COMPUTER MEMORY
Abstract:the current challenge in th swift moving it world is to design a fast, reliable, inexpensive way of building a stable and nonvolatile memory. this technology to everybody’s amazement is only a coin-sized hard drive that could store 100 or more movies and could work five hundred times faster than the present day ram.

this is possible through tiny, irregularly shaped cobalt or nickel nanorings thatcan serve as memory cells. there is a strong magnetic force, or flux, within the rings themselves, which enables this data storage possible. since

this memory works on magnetic field it does not require any constant power supply.
it consumes 99 percent less energy than a normal ram does. while talking about the data security unlike most magnets, the rings keep the flux to themselves. this minimizes crosstalk and reduces error during data processing.