WORLD'S FIRST 'LIVING COMPUTER' RUNS ON 16 LAB-GROWN BRAINS
Swiss firm Final Spark launched Neuroplatform, using 16 lab-grown brain organoids for computational tasks, consuming a million times less power than silicon chips.
This system integrates hardware, software, and biology, using Multi-Electrode Arrays (MEAs) to process data.
The organoids now last 100 days, a significant improvement.
Neuroplatform is available for research at $500 per user per month, moving towards creating the world's first living processor.
Swiss firm Final Spark launched Neuroplatform, using 16 lab-grown brain organoids for computational tasks, consuming a million times less power than silicon chips.
This system integrates hardware, software, and biology, using Multi-Electrode Arrays (MEAs) to process data.
The organoids now last 100 days, a significant improvement.
Neuroplatform is available for research at $500 per user per month, moving towards creating the world's first living processor.
🚨WORLD'S FIRST 'LIVING COMPUTER' RUNS ON 16 LAB-GROWN BRAINS
Swiss firm Final Spark launched Neuroplatform, using 16 lab-grown brain organoids for computational tasks, consuming a million times less power than silicon chips.
This system integrates hardware, software, and biology, using Multi-Electrode Arrays (MEAs) to process data.
The organoids now last 100 days, a significant improvement.
Neuroplatform is available for research at $500 per user per month, moving towards creating the world's first living processor.
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