If information and big data are the holy grail of the new economy, data storage is a challenge that requires innovative approaches.As they say, no matter how big your handbag is, it will always fill up. uploaded to YouTube– Finding cheaper and more efficient storage methods is the goal of many research teams and engineers. The last few years have seen advancements in new solid-state drives (SSDs), but more revolutionary technology may be on the horizon. At least that’s the route his ETH Zurich lab took, working with Israeli scientists to develop a new technology that can store information in just about any object.
To achieve this, the Swiss research team integrated several techniques around a single innovative concept: AND. The starting point was a nanoscale 3D printing technology that can store information in tiny crystalline beads to create tiny barcodes that can be printed on everyday surfaces. This information is a short 100-bit code that can be accessed later and is retained for years. Some of its applications include product verification and tracking through the distribution chain. Additionally, Yaniv Erlich was working on how in one gram of his ADN he could potentially store 215,000 terabytes worth of information.
Lab now joins forces with Erlich to develop innovative products technology projectTheir first demonstration was with a 3D printed plastic rabbit. With a little twist, of course. The object is embedded with crystal beads that store the information needed to print another rabbit. This can be thought of as synthetic DNA. In some ways, this approach follows the principles of biomimetic design: human technology based on natural principles. So far, they’ve managed to store information on the megabyte scale, and while their product prices are far from competitive, a button, glass, or bottle can store an enormous amount of information. paving the way for a future where .
commercial applications (and some “sneaky” applications too)
The research team mentions several applications of their technology. For the time being, embedding data in pharmaceuticals and construction materials is of paramount importance. In this way they could be easily identified and made false evidence.Imagine an object with an ID card. However, one of the most impressive applications is the steganographyThe term, which has Greek roots, means “hidden letter”. In other words, hide the message in the object. Invisible ink is one of the most popular methods. Technically, the DNA of things could allow us to store information in any object without being noticed by prying eyes.
sauce: science daily
