Until now, molecular-level DNA circuits have mainly been used for simple tasks, such as detecting the presence of ...

A new DNA-based molecular computer from KAIST operates at 0.34nm, combining logic and memory in a reusable system and ...

Researchers at KAIST have created a DNA-based molecular computer that can both process and store information at a scale smaller than 2 nanometers, overcoming the 'one-time use' limitation of previous ...

The boundaries of computing are shifting as biology fuses with technology. At the center of this new frontier is an emerging concept: a liquid computer powered by DNA. With the ability to support more ...

KAIST Professor Yeongjae Choi, GIST MS/PhD Student Woojin Kim, KAIST Researcher Taehoon Kim, Researcher Sangeun Jeong, Researcher Sion ...

For the first time, a multidisciplinary team of researchers have demonstrated a proof of principle of all the capabilities needed for a functioning computer—storing, retrieving, processing, erasing, ...

A label-free nanopore platform uses programmable DNA circuits to build versatile molecular logic gates, forming a universal basis for scalable DNA computing and advanced biosensing applications.

DNA nanotechnology is an interdisciplinary field that exploits the inherent base-pairing rules of DNA to design and assemble nanoscale structures with high precision. These engineered constructs have ...

Each year, zettabytes of data are produced globally, which is comparable to the number of stars in the observable universe. This number is increasing at a rapid pace, and in 2025, global yearly data ...

A week-old deceased infant girl was found in a Cold Spring ditch on April 3, 1980. For more than four decades, her identity was unknown. Advances in DNA technology led investigators to her biological ...

DNA coding theory bridges the disciplines of mathematics, computer science and molecular biology by applying advanced algebraic and combinatorial techniques to the design of nucleotide sequences. This ...