Scientists turn DNA into a memory device that uses 100x less power
Researchers created a memory device by combining synthetic DNA with a semiconductor that uses 100 times less power than conventional systems. The bio-hybrid technology stores and processes information in the same location, potentially improving energy efficiency in AI systems and next-generation computers.
Read full story →Immune cells have a 'sense of touch,' scientists discover
Tissue-resident memory T cells can sense physical touch through mechanical forces, not just biochemical signals. This mechanosensing ability, discovered by McGill University researchers, shapes how these immune cells develop long-term immunity in tissues.
Molecular electromagnetic sensor may enable remote-controlled gene therapy
Researchers developed a molecular electromagnetic sensor that uses DNA regulatory elements as gene switches for potential therapeutic applications. The sensor enables noninvasive control of gene expression in living organisms, particularly for treating genetic disorders through remote activation mechanisms.
Curiosity Blog, Sols 4975-4981: Happy 14th Landing Anniversary
The Curiosity rover celebrated its 14th landing anniversary on Mars. The rover has been operating on Mars for 14 years since its original landing date.