albanian physicist ilia toli has proposed a completely new storage architecture that promises to revolutionize the field of computing. this architecture stores data with atomic-level precision, achieving a record-breaking storage density while requiring no energy consumption during the data-storage process.
this new architecture is based on single-layer fluorinated graphene (cf). in the carbon structure, each fluorine atom can exist in two stable states, thereby forming a binary bit.
according to these calculations, at 300 k, the thermally induced bit-loss probability is approximately 10⁻⁶⁵ s⁻¹, and the quantum-tunneling probability is about 10⁻⁷⁶ s⁻¹. in short, this means that the method virtually eliminates spontaneous data loss.
a square centimeter of this material can store up to 447 tb of information. the three-dimensional nanoribbon structure boosts the storage density to 0.4–9 zettabytes per cubic centimeter, setting a new historical record. this is 100,000 times higher than the storage density of conventional flash memory.
in general, the read/write architecture comprises multiple layers: from the scanning probe to the mid-infrared array, with a controller throughput of up to 25 pb/s.
