Suppose we are watching a spy movie. What if our main character was chasing a piece of paper three quarters of the way through and then “In fact, it’s not about what’s on the paper, but what’s used while writing. recorded in ink” As they say, this scene seems far from realism to many people. Scientists have succeeded.

University of Texas AustinScientists from Turkey managed to load data on the chemical structure of the ink. Researchers uploading data to specialty polymers in ink, Wizard of Oz he was able to save his book for your ink.

Storing data on polymers

ACS Central Science In the article published in the magazine 256-bit encryption explained how they managed to embroider their code in plastic-like material. This material was specially developed in the laboratory by the team of researchers.

Chemistry professor, one of the names at the start of the study Eric Anslynbelieves it is important to be able to store data in the smallest possible space in a sustainable and readable way. Ansyln and his team take an important step in this area by copying the 256-bit encrypted version of The Wizard of Oz in ink.

Decrypting data created with a 256-bit encryption system is nearly impossible, even with today’s fastest computers. By synthesizing a long chain of monomers, the researchers designed each monomer as one of 16 different symbols. Later, the book encoded with these symbols could be decoded by another institution without any problems and in the first attempt.

By creating this kind of data series, there are many studies on data storage. potential use owner. Since quantum computers can decrypt standard 8-bit passwords in seconds, we may need to store the passwords in different items. In addition, the large amount of energy and processing power required to store data can be stored. Maybe these methods will be used to create the DNA of computers in the future, who knows?