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⚡ News & Breakthroughs

Short dispatches from the frontlines of bioelectric science — discoveries, launches, and signals worth tracking.
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. brain-computer interfacebrain-computer interface typing speedBrainGateBrainGate handwriting BCIintracortical electrodeintracortical microelectrode arrayneuroprosthesisspeech neuroprosthesis word rateStanford BCIStanford brain computer interface

The BCI That Let a Paralyzed Man Type 90 Words Per Minute

📚 Concepts
. bioelectricity,cell biology,ion channels,ion gradients,membrane potential,Nernst equation,resting membrane potential,sodium potassium pump

The Resting Membrane Potential: Why Your Cells Are Always Charged

⚡ News
. continuous time crystal semiconductor,electron nuclear spin oscillation,gallium arsenide semiconductor,non-local spin coupling,quantum synchronization,spin oscillators,time crystal synchronization,time crystals,TU Dortmund,TU Dortmund physics study

Distant time crystals can somehow fall into the same rhythm

🧠 Devices
. aptamer cortisol sensor,continuous glucose monitoring,cortisol monitoring,electronic skin patch,electronic skin patch cortisol glucose,epidermal electronics EMG,multiplexed biosensor patch,sweat sensor technology,wearable biosensors,wearable sweat sensor

Electronic Skin Patch Reads Cortisol, Glucose, and Nerve Signals at Once

A new generation of flexible skin patches is merging sweat chemistry and electrophysiology on one substrate. The sensors are ready. The interpretation is not.
🔬 Research
. bioelectric circuits,bioelectric circuits logic gates,biofilm electrical signaling,biofilm ion channel signaling,logic gates,Michael Levin bioelectricity,Michael Levin bioelectricity research,optogenetic voltage control,Synthetic Biology,synthetic biology computation

Programmable Bioelectric Circuits in Living Cells Enable Logic Gate Behavior

Bacteria pulse with potassium waves, planaria rewrite their anatomy through voltage, and researchers are learning to read these signals as computation, not metaphor.
🧠 Devices
. bioelectronics,electroceuticals,implantable devices,implantable transistor longevity,organic bioelectronics,organic electrochemical transistor,organic electrochemical transistor implant,PEDOT:PSS,PEDOT:PSS bioelectronics,soft neural implant durability

Organic Transistor Operates Stably Inside the Body for Over One Year

A PEDOT:PSS organic electrochemical transistor kept switching cleanly after more than a year implanted in tissue, closing the durability gap that has stalled soft bioelectronics.
🚀 Future
. anthrobots,bioelectric computing,bioelectricity,Michael Levin,Michael Levin bioelectricity,neuromorphic computing,Synthetic Biology,voltage memory in cells,xenobots,xenobots AI

When AI Learns to Think in Bioelectric Patterns, Not Binary Code

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.
⚡ News
. bioelectric light processing,bistable opsin retina,mantis shrimp bioelectric vision,mantis shrimp vision,MerMAID opsin,optogenetic vision restoration,optogenetics,photoreceptor engineering,retinal implants,Sonja Kleinlogel mantis shrimp

Mantis Shrimp Vision Reveals New Principles for Bioelectric Light Processing

Mantis shrimp encode color at the photoreceptor itself, not in the brain. That trick is now shaping optogenetic therapies for human blindness.
🧬 Nature
. axolotl limb regeneration,axolotl regeneration mechanism,bioelectric memory,membrane voltage pattern,Michael Levin,Michael Levin Tufts,regeneration blastema,regenerative medicine,voltage gradients

How the Axolotl Regrows Entire Limbs Using Bioelectric Memory

Axolotls rebuild entire limbs by reading voltage patterns stored in their tissue, a bioelectric memory system that tells cells exactly what to regrow.
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