interface
︎ ︎Unlike brain-computer interfaces (BCIs), BPCI employs a reverse mechanism: it bypasses direct neural data reading as the central command, instead forming a distributed biological network that relays information to corresponding sensory cells for the brain to naturally decode.
︎ Signals from cultured, modality-specific sensory receptor cells (e.g. Merkel cells for tactility) are encoded using optogenetic techniques and transmitted to corresponding endogenous counterparts, leveraging the fascial network as a systemic relay conduit, where collagen fibres serve as the primary waveguide and intrinsic mechanosensory stimuli act as piezoelectric amplifiers for enhanced signal propagation.
current status: 1/4 proof-of-concept out of: (1) Ephemeral messges; (2) Waveguides; (3) Eyes i/o; (4) Deep tunneling
features: bio-first → protection against digital, synthetic and quantum interference + ultra-low-energy and memory → alleviated computational burden on the body & reduced reliance on data centres → reduced C02 & water pollution
future plans: boosting information fidelity through multiplexed optogenetic encoding, hybrid signal amplification and multi-cell parallelism → expanding sensory palette to include taste and synesthetic experiences → “innate AR”
futuristic visions: life-neutral communication
features: bio-first → protection against digital, synthetic and quantum interference + ultra-low-energy and memory → alleviated computational burden on the body & reduced reliance on data centres → reduced C02 & water pollution
future plans: boosting information fidelity through multiplexed optogenetic encoding, hybrid signal amplification and multi-cell parallelism → expanding sensory palette to include taste and synesthetic experiences → “innate AR”
futuristic visions: life-neutral communication