Three companies are turning human neurons into working computers — not in theory, not in ten years, but today. Here is what they are building, how it works, and why this is happening in parallel with AI, not after it.
An AI system just correctly diagnosed 85.5% of the most complex medical cases in history — while experienced doctors managed only 20%. Here's what that actually means.
Fingerprints, faces, heartbeats, the way you walk — your biology is becoming the most sophisticated security system ever built. Here's how biometrics actually works, and where it's heading.
Your body already runs the most sophisticated computer on Earth. Now scientists are learning to program it. Here's what DNA computing actually is — and why it matters.
Drug development used to take 15 years and cost $2.5 billion. AI is changing every step of that process — here's how it actually works.
Brain-computer interfaces started as a way to control computers with your mind. Now they are becoming treatments for some of the most devastating neurological conditions we know.
Cortical Labs has launched CL1, the world's first commercially available biocomputing platform. 800,000 living human neurons on a silicon chip, available for $35,000 — or $300 per week via the cloud.
Most people think biocomputers are lab experiments. They're actually everywhere.
How brain-computer interfaces work, what Neuralink has achieved, and what comes next.