Bio-Hybrid DNA Device Cuts AI Power Use by 100x
Penn State researchers develop a synthetic DNA memristor that mimics human neurons to improve energy efficiency.
A microscopic view of a semiconductor chip integrated with glowing synthetic DNA strands to represent bio-hybrid computing technology.
Photo: Kronos Digital News
Penn State researchers developed a bio-hybrid memristor by combining synthetic DNA with semiconductors [1]. This device mimics the function of human neurons to process information [1]. The technology aims to reduce the high energy costs of modern artificial intelligence systems [1].
The new memory device reportedly uses 100 times less power for AI data processing [2]. By merging biological materials with hardware, the team creates more sustainable computing systems [1][2]. This innovation could improve efficiency for robotics and complex AI models [2][3].
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