Parasma puts living neurons on next-token prediction
San Francisco startup Parasma says it trained living human brain cells to perform next-token prediction using electrical stimuli, without a GPU. The company is building biological-computing algorithms and infrastructure aimed at more energy- and sample-efficient AI.
Parasma’s result is an intriguing biological-compute milestone, but it remains a research demonstration—not a practical replacement for GPUs.
- –Neurons reportedly learned a basic prediction task from electrically encoded token sequences
- –The approach could offer radically lower energy use and native continual learning
- –Biological systems introduce difficult engineering problems, including noise, variability, observability, and reproducibility
- –Developers should expect experimental infrastructure rather than an accessible API or production platform
- –The bigger significance is testing whether living neural substrates can complement silicon for specialized workloads
DISCOVERED
46d ago
2026-08-17
PUBLISHED
46d ago
2026-08-17
RELEVANCE
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SmartScience