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Advancing brain research by unveiling intricate neural networks with new, powerful light microscopy techniques.

Based on how light interacts with dyed biological tissues; may ultimately apply to a wide range of medical diagnostics

May lead to groundbreaking advancements in physics, chemistry, bioengineering, materials sciences and more

UC Davis engineers have built a tiny device that images brain activity in mice as they move freely, offering clear views without surgery and boosting research.

New method blends artificial intelligence and electron microscopy to show how nanoparticles move and change.

This lightweight tool captures electrical activity in the brain at high speeds, helping scientists study how neurons work during natural behaviors.

This innovation combines atomic force microscopy and microlens technology to provide precise control and visual guidance at tiny scales, improving accuracy and efficiency for applications in science and manufacturing.