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Researchers create a precise way to change DNA using artificial intelligence and gene tools, improving safety for modeling diseases and creating better therapies.

Inspired by how animals use sound for communication and navigation, researchers create models of tiny robots that coordinate using acoustic waves to form intelligent groups.

Research demonstrates that simple brain cell systems adapt and learn complex tasks more quickly than advanced artificial intelligence, highlighting potential for bioengineered computing.

Brain-inspired technology combined with machine learning can create more efficient computing systems for modern factories, helping to process data quickly while using less energy in AI applications.

AI creates effective drug candidates by analyzing only the target protein's structure, potentially reducing costs and time in developing treatments for diseases like cancer.

An exploration of recent research in deciphering how individual nerve cells and brain waves orchestrate the formation and recall of human memories.