Advances in DNA Computing: Achieving Functional DNA-Based Logic Gates
Researchers have made significant progress in DNA computing by developing functional DNA-based logic gates. These gates, which mimic the logic operations of traditional computer circuits, could pave the way for the creation of biological computers capable of performing complex computations at a molecular level.
https://news.ncsu.edu/2024/08/functional-dna-computing
Developing a DNA-Based storage and computing system
Researchers have created a DNA-based storage and compute engine that encodes data onto DNA strands and attaches them to porous particles. This system can store vast amounts of data, with the ability to repeatedly write, read, erase, and compute on the stored data. It demonstrates the potential for using DNA as a high-density, long-term data storage medium, with stability projected to last thousands to millions of years under optimal conditions.
https://www.nature.com/articles/s41565-024-01771-6
Breakthrough in DNA data storage: storing the equivalent of 1,000 computers on a single DNA strand
Researchers have achieved a major milestone in DNA data storage, successfully encoding data equivalent to the storage capacity of 1,000 computers onto a single strand of DNA. This advancement could revolutionize data storage, offering a highly compact and durable medium that can preserve information for centuries.
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