IBM managed to enhance computing technology by comprising data and store it on a single atom. Nowadays, a hard drive is outfitted with approximately 100,000 atoms which are capable of storing one bit of information. Nevertheless, on March 8th, the IBM Research outcomes indicated that a massive amount of data could be comprised and packed in a dense matter.
- IBM managed to comprise an enormous amount of data into a single atom.
- Nevertheless, this revolutionary technology could be decades away until it will be implemented.
- Specialists explain that one could use this computing system to store 26 million songs on the same area.
If you were wondering how dense this matter should be, then you should know that scientists argue one may fit their music library into penny-like storage gadget. Now, due to the new technique developed by IBM, a person could comprise the whole music catalog of Apple on the same area, packing more than 26 million songs.
The computing technology could be totally changed due to atomic-level storage. A person would be able to store all his or her personal data on a ring or smartwatch. What is more, large companies could preserve useful data which they do not afford to keep it nowadays. Stocking lots of data are significant for AI since it tends to use data to train computing systems to perform their tasks.
Richard Feynman, a physicist who is a pioneer of the possibilities of quantum computers which work at atomic scales, claimed that the development of this revolutionary idea is a big step forward. Back in 1983, Feynman noted that scientists might develop a computing technology in which the numbers are displayed like a row of atoms, where the atoms are in one of the two states.
Chris Lutz, an IBM researcher, said that we should not get too excited about this idea because comprising a vast amount of data into a single atom could be decades away from being actualized. Lutz also pointed out that this does not represent product development. Moreover, this is the fundamental study which intends to design tools and to develop an understanding of what may happen if scientists actually reach to store an enormous amount of data on a single atom.
Lutz claimed that scientists are bound to start at individual atoms and then evolve from there to reach to develop new technologies. IBM would need to develop atomic-level storage into an economically conserving technology, being fast at writing and reading data. This technology needs to be stable enough to store a certain amount of information for extended periods of time.
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