Researchers at the University of Southampton have developed a 5D memory crystal that can store 360 terabytes of data for about 14 billion years, which can bring revolution in long -term data protection.
In a groundbreaking development, researchers at the University of Southampton have unveiled an innovative 5D memory crystal capable of storing 360 terabytes (TB) of data for about 14 billion years. This piece of technology, described as “Superman Memory Crystal”, provides unprecedented capacity for prolonged data protection, especially when compared to traditional storage formats that blow over time.
The 5D memory crystal uses a unique method to encoded data by employing two optical dimensions and three spatial coordinates, allowing it to obtain information within the voids nanostrupt in fused quartz. This advanced technology not only contributes to its impressive storage capacity, but also ensures durability against extreme conditions, including the temperature to reach 1000 ° C and also to significant impact forces.
One of the most complicated applications of this technique involves conservation of genetic information. Scientists propose that the revival of the extinct species may be enabled by using a 5D memory crystal to store genetic data – a concept that intersects with progress in synthetic biology. Although currently not possible, the possibility of synthesizing life forms from stored genomic information presents exciting avenues for future research.
The crystal is carefully stored in the memory of the Mankind Archive, located within a salt cave in the Hallstat, Austria, designed to protect human history and knowledge for the coming generations. Anotate with universal elements and DNA bases, these crystals have clear instructions to explain the data inscribed within, providing insight into the genetic blueprint of humanity.
However, these memory crystals from and essential expert skills and advanced tools for reading means that direct applications can be limited to the future of the future. Nevertheless, as Professor Peter Kazanski, the ability to build a sustainable reserves of prominent researchers, notes, genomic information can revolutionize our approach to understand our view and perhaps someday can revive complex organisms someday Is.
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