https://biocomputers.co.uk/biocomputer-chip/ https://biocomputers.co.uk/assets/planar-neuron-mea.svg Diagram of neurons on a silicon multi-electrode interface https://biocomputers.co.uk/biological-neural-networks/ https://biocomputers.co.uk/assets/closed-loop-biocomputer.svg Diagram of a closed-loop biological neural network connected to an interface, software and a task https://biocomputers.co.uk/brain-organoid-computer/ https://biocomputers.co.uk/assets/media/organoid-development-nih-public-domain.webp Brightfield micrograph of a developing human cerebral organoid https://biocomputers.co.uk/assets/organoid-reservoir.svg Diagram of brain organoid reservoir computing https://biocomputers.co.uk/assets/three-dimensional-neural-interfaces.svg Comparison of surface, conformal and embedded electrodes for three-dimensional neural tissue https://biocomputers.co.uk/can-a-biocomputer-play-doom/ https://biocomputers.co.uk/assets/planar-neuron-mea.svg Diagram of a living neuronal culture on a multi-electrode array https://biocomputers.co.uk/diagrams/ https://biocomputers.co.uk/assets/planar-neuron-mea.svg Planar neuron-on-MEA architecture https://biocomputers.co.uk/assets/organoid-reservoir.svg Organoid reservoir-computing architecture https://biocomputers.co.uk/assets/remote-wetware-platform.svg Remote wetware computing platform https://biocomputers.co.uk/assets/three-dimensional-neural-interfaces.svg Three neural interface geometries for 3D tissue https://biocomputers.co.uk/did-neurons-learn-pong/ https://biocomputers.co.uk/assets/media/dishbrain-pong-figure-ccby4.webp DishBrain closed-loop Pong experiment showing neurons on a high-density multielectrode array connected to a simulated environment https://biocomputers.co.uk/assets/planar-neuron-mea.svg Diagram of cultured neurons growing over a multi-electrode array https://biocomputers.co.uk/ https://biocomputers.co.uk/assets/media/human-brain-organoid-ccby4.webp Fluorescence micrograph of a human brain organoid https://biocomputers.co.uk/assets/media/finalspark-organoid-on-mea-crop-ccby4.webp Forebrain organoid positioned over electrodes on a multielectrode array https://biocomputers.co.uk/assets/media/finalspark-mea-array-crop-ccby4.webp Four-site multielectrode array used by the FinalSpark Neuroplatform https://biocomputers.co.uk/interfaces/ https://biocomputers.co.uk/assets/media/finalspark-mea-array-crop-ccby4.webp Multielectrode array with four organoid recording sites https://biocomputers.co.uk/assets/three-dimensional-neural-interfaces.svg Three electrode geometries for interfacing with 3D neural tissue https://biocomputers.co.uk/assets/living-neural-substrates.svg Diagram comparing planar neural cultures, organoids and three-dimensional scaffold cultures https://biocomputers.co.uk/living-computer/ https://biocomputers.co.uk/assets/planar-neuron-mea.svg Diagram showing living neurons connected to an electrode array https://biocomputers.co.uk/media/credits/ https://biocomputers.co.uk/assets/closed-loop-biocomputer.svg Closed-loop biological neural network connected to an interface, software and a task https://biocomputers.co.uk/assets/living-neural-substrates.svg Planar culture, organoid and three-dimensional neural scaffold geometries https://biocomputers.co.uk/assets/planar-neuron-mea.svg Living neurons cultured over a multi-electrode interface https://biocomputers.co.uk/assets/organoid-reservoir.svg Encoded input, brain organoid dynamics and electronic readout in reservoir computing https://biocomputers.co.uk/assets/remote-wetware-platform.svg Researcher connected by software to centrally maintained living neural cultures https://biocomputers.co.uk/assets/three-dimensional-neural-interfaces.svg Surface, conformal and depth-resolved electrode geometries for three-dimensional neural tissue https://biocomputers.co.uk/assets/media/human-brain-organoid-ccby4.webp Fluorescence micrograph of a human brain organoid https://biocomputers.co.uk/assets/media/finalspark-organoid-on-mea-crop-ccby4.webp Forebrain organoid positioned over electrodes on a multielectrode array https://biocomputers.co.uk/assets/media/finalspark-mea-array-crop-ccby4.webp Four-site multielectrode array used in the FinalSpark Neuroplatform https://biocomputers.co.uk/assets/media/finalspark-organoid-development-strip-ccby4.webp Forebrain organoids at successive stages of differentiation and maturation https://biocomputers.co.uk/assets/media/finalspark-neural-signals-crop-ccby4.webp Electrical activity recorded from 32 electrodes in the FinalSpark Neuroplatform https://biocomputers.co.uk/assets/media/dishbrain-pong-figure-ccby4.webp DishBrain closed-loop Pong experiment using neurons on a high-density multielectrode array https://biocomputers.co.uk/assets/media/organoid-intelligence-architecture-figure1-ccby4-opt.webp Architecture of an organoid-intelligence biological computing system https://biocomputers.co.uk/assets/media/organoid-development-nih-public-domain.webp Brightfield micrograph of a developing human cerebral organoid https://biocomputers.co.uk/assets/media/human-cerebral-organoids-niaid-ccby2.webp Researcher holding a flask containing human cerebral organoids https://biocomputers.co.uk/organoid-computers/ https://biocomputers.co.uk/assets/media/human-cerebral-organoids-niaid-ccby2.webp Researcher holding a flask containing human cerebral organoids https://biocomputers.co.uk/organoid-intelligence/ https://biocomputers.co.uk/assets/media/organoid-intelligence-architecture-figure1-ccby4-opt.webp Published architecture for an organoid-intelligence biological computing system https://biocomputers.co.uk/research/ https://biocomputers.co.uk/assets/media/finalspark-neural-signals-crop-ccby4.webp Electrical activity recorded from 32 electrodes in the FinalSpark Neuroplatform https://biocomputers.co.uk/state-of-biocomputing-2026/ https://biocomputers.co.uk/assets/media/finalspark-organoid-development-strip-ccby4.webp Forebrain organoids at successive stages of differentiation and maturation https://biocomputers.co.uk/systems/brainoware/ https://biocomputers.co.uk/assets/organoid-reservoir.svg Schematic of brain organoid reservoir computing https://biocomputers.co.uk/systems/cl1/ https://biocomputers.co.uk/assets/planar-neuron-mea.svg Schematic of living neurons on a multi-electrode silicon interface https://biocomputers.co.uk/systems/dishbrain/ https://biocomputers.co.uk/assets/planar-neuron-mea.svg Schematic of cultured neurons connected to a multi-electrode array https://biocomputers.co.uk/assets/media/dishbrain-pong-figure-ccby4.webp DishBrain closed-loop Pong experiment showing neurons on a high-density multielectrode array connected to a simulated environment https://biocomputers.co.uk/systems/finalspark/ https://biocomputers.co.uk/assets/media/finalspark-organoid-on-mea-crop-ccby4.webp Forebrain organoid on the FinalSpark multielectrode array https://biocomputers.co.uk/assets/media/finalspark-mea-array-crop-ccby4.webp Four-site multielectrode array used in the FinalSpark Neuroplatform https://biocomputers.co.uk/assets/remote-wetware-platform.svg Schematic of a remote wetware computing platform https://biocomputers.co.uk/what-is-a-biocomputer/ https://biocomputers.co.uk/assets/media/finalspark-organoid-on-mea-crop-ccby4.webp Forebrain organoid positioned on electrodes of a multielectrode array