3 articles
A Mark Hersam-led team at Northwestern has demonstrated aerosol-jet-printed neuromorphic devices that generate biologically realistic voltage spikes and trigger responses in mouse cerebellum slices, a first for printed electronics and a potential route to lower-cost, flexible neural interfaces.
Tohoku University researchers trained cultured rat cortical neurons to produce sine waves, square waves, and chaotic Lorenz attractors using closed-loop FORCE learning, demonstrating that biological neural networks can serve as computational resources.
A new iontronic reservoir built from self-healing hydrogel creates neuromorphic prostheses that can withstand the unpredictable physiological environment inside the human body.
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