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🧠 Next step to a brain on a chip

🧠 Next step to a brain on a chip! Scientists from Stanford, Sandia National Labs, and Purdue have birthed artificial neurons that can transmit both electrical and light signals at the same time—just like your brain cells! ⚡️ Neurons in our brains communicate via quick electrical pulses. Most neuromorphic chips only mimic this. 💡 But let’s be real—light travels way better over long distances! 🔬 Enter new electro-optical neurons made from niobium dioxide: — Each pulse carries an electrical signal for local processing — Plus, a synchronized light pulse that can zoom further So now one artificial neuron can compute AND communicate simultaneously. Talk about multitasking! 💪🏼💻 💡 The future: merging electrical and optical functions in one system without pricey gear or signal conversions. Source: techxplore.com/news/2025-08-scientists-private-ai.html #AI #Neuroscience #Innovation #Neuromorphic

🧠 Next step to a brain on a chip!

Scientists from Stanford, Sandia National Labs, and Purdue have birthed artificial neurons that can transmit both electrical and light signals at the same time—just like your brain cells!

⚡️ Neurons in our brains communicate via quick electrical pulses. Most neuromorphic chips only mimic this.

💡 But let’s be real—light travels way better over long distances!

🔬 Enter new electro-optical neurons made from niobium dioxide:

— Each pulse carries an electrical signal for local processing

— Plus, a synchronized light pulse that can zoom further

So now one artificial neuron can compute AND communicate simultaneously. Talk about multitasking! 💪🏼💻

💡 The future: merging electrical and optical functions in one system without pricey gear or signal conversions.

Source: techxplore.com/news/2025-08-scientists-private-ai.html

#AI #Neuroscience #Innovation #Neuromorphic