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.
Rigid brain electrodes degrade as scar tissue builds around them. Syringe-injectable mesh electronics, pioneered at Harvard, may be the first real fix.
As implants, neural interfaces, and engineered tissue blur the line between circuit and cell, the hard question isn't technical. It's where computing stops and we begin.
Bioelectric medicine built the wires to fix broken nervous systems. Now the same tools are being aimed at healthy ones, and nobody has settled who gets to decide.
archival storage technologybiotechnologydigital archivingDNA data storageDNA Fountain algorithmmolecular data storagemolecular storageSynthetic Biologysynthetic DNA synthesis
DNA data storage can pack exabytes into a gram and outlast every hard drive ever built, but the chemistry, not the physics, is what stands between the lab and the archive.
AI-designed living machines like xenobots and anthrobots don't compute in ones and zeros. They compute in voltage. Here's what that actually means and doesn't.
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?