Silicon that mimics the brain vs. neurons that are the brain. The neuromorphic and wetware paths diverge sharply — but their convergence may define the next era of intelligent machines.
Judah Anttila's TEDxOU talk maps the next 20 years of exponential change with rare emotional clarity. But the missing piece in his fractal mind thesis is the substrate — and wetware is already filling that gap.
Researchers are building robots with living muscle actuators controlled by real neurons and organoids. These biohybrid machines crawl, swim, self-heal, and hint at truly adaptive intelligence beyond silicon.
You can now buy a computer powered by living human brain cells or rent organoids in the cloud. We map the full 2026 landscape—from wetware processors to Neuralink trials and programmable cell therapies.
Cortical's $35k hardware vs FinalSpark's $500/month cloud rental. Full specs, real use cases, and who wins for researchers right now.
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.
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.
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.