As computational technology regarding subatomic physics increased, so did the capabilities of our data storage. In the 33rd century, most data storage devices utilize subatomic states and properties to store bits of information into denser, atomic sizes that allow terabytes of information to be stored in what was once a gigabyte. Other types of data storage, though not as efficient, utilize denser banks of semi-conductive transistors, loops of photon-reader disks, and superconductive signal rings. While able to store a vast amount of information, much of the types of files stored now are much greater in bit size due to the increase of resolution in things such as pictures, videos, and even the storage of three dimensional models of extremely small polygons or voxels.