Engineered cells, living computers, human augmentation, bio-AI convergence. These aren’t science fiction — they’re experiments happening right now. We explore what comes next.
I hate things in my pockets. That instinct — not grand philosophical acceptance, but the simple, personal desire for a better solution — is how the merger of humanity and technology will actually happen.
Ingestible bioelectronic devices that stimulate the vagus nerve from inside the gut are in clinical trials — a drug-free approach to treating IBD, obesity, and hypertension.
Cancer cells have a distinctive bioelectric signature — a depolarized resting potential that marks them as abnormal. Researchers are now asking whether restoring normal voltage could reverse malignancy.
After two decades of academic prototypes, BCIs have a real commercial pipeline — Neuralink, Synchron, Onward, Precision, and others — but the gap between 'first patient' and 'available therapy' is its own ten-year problem.
Are Humans Already Cyborgs — and Have We Always Been?
We use glasses to extend vision, pacemakers to regulate heartbeats, and smartphones as external memory. The question isn’t whether humans will merge with technology — it’s whether we’ve ever been separate from it. A deep reflection on the electric nature of the human condition.
âš¡ At what point does a prosthetic become part of the self?
🧠If bioelectric patterns define consciousness, what does that mean for AI?
🌱 Is the boundary between biological and artificial already meaningless?