Every year, hundreds of thousands of people are told their cancer has no known origin. For decades, medicine had no answer. Now, a deep-learning model trained on 57,000 cytology images may change that forever.
OmicClaw lets scientists run complex genomic analysis using plain English — no code required. Here's why that matters.
The Pentagon's research arm just announced O-CIRCUIT — a program to develop biological processing units that run on living neurons, consume almost no power, and could one day navigate drones using a sense of smell.
As organoid biocomputers grow more complex, scientists are confronting a question they never expected to face in a lab: at what point does a cluster of living neurons deserve moral consideration?
Cortical's $35k hardware vs FinalSpark's $500/month cloud rental. Full specs, real use cases, and who wins for researchers right now.
AI has stopped being optional in bioinformatics. In 2026, the field has crossed a threshold — from experiments to production-ready systems that are rewiring drug discovery, genomics, and our entire understanding of life as computation.
FinalSpark's Neuroplatform gives any researcher cloud access to 160,000 living human neurons via Python API. No wet lab required. This is wetware computing as a service — and it's already live.
Cortical Labs has opened experimental data centers in Melbourne and Singapore powered by lab-grown neurons — not GPUs. Here's why it matters for the future of computing.
Cortical Labs grew real human neurons on a silicon chip. An independent developer with no biotech background taught them to play a 3D shooter in one week. Here's why that compression of time is the most important signal in computing right now.