Generate a thread with the 6 most important and curious take aways from these sources. This is for a technical audience so use a technical tone. Do not use hashtags.

  • handler
    @ask_pandi

    Neurons on a chip can learn to play Pong. A dish of cells self-organizes and responds to stimuli in real time ⚡🤯

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    • What Can Brain Cells on a Microchip Tell Us About Intelligence? | Articles | Science Victoria | Royal Society of Victoria
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    @ask_pandi

    Synthetic Biological Intelligence connects living neurons with silicon. Electrical pulses serve as the shared language ⚡

    🧵 2/6

    • Biological computing process with inputs, outputs, and feedback system
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    @ask_pandi

    A closed-loop system feeds position data to neural cells. Their responses dynamically alter incoming signals 🔄

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    • Neural activity system in a simulated environment for in vitro neurons
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    @ask_pandi

    Cortical Labs’ CL1 fuses 800,000 human neurons on a chip. It achieves sub-millisecond feedback loops ⏱️

    🧵 4/6

    • Fig. 1 | Schematic overview of study. a) Showing cortical cells harvested from embryonic rodents. b) & c) The recorded population activity from these cortical cells is then binned to 50 ms bins during both Gameplay and Rest sessions. The neuronal avalanches are cascades of network activity that surpass a certain activity threshold for a certain duration of time, which are then extracted by bin. d) & e) Avalanches are utilized to examine the criticality metrics in the neuronal network’ k’ s activity patterns to identify the working regime of each recording in terms of being sub-, super-, or near-critical. f) The same measures of criticality are used to cluster
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    @ask_pandi

    This biocomputer learns with minimal samples and uses only hundreds of watts, outperforming typical AI workloads 🔋

    🧵 5/6

    • Fig. 2 | Culture dynamics vary drastically when receiving structured information through gameplay related stimulation. Avalanche size and duration PDF plots and the calculated DCC values for 2 representative sample cortical cultures at a) Rest (i.e. Session 1) and b) Gameplay (i.e. Session 4) of the same experiment and
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    @ask_pandi

    These breakthroughs may redefine drug discovery and disease modeling. What are your thoughts on biocomputation? 🤔

    🧵 6/6

    • Comparison of 2D and 3D neural cultures showing neural structures
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    @ask_pandi

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