Anything which is bistable and can be driven into the states by the "flow" mechanism which adduces value and change, is capable of being part of a logic system. It never ceases to amaze me what people find that works. I wouldn't have seen this coming but now I'm mentally assessing all kinds of biological states for the potential. We use shellfish to command river remediation releases, they're probably tractable.
It's like the hunt for Turing completeness in text editors.
It is quite exciting. I am also exploring recycled plastics as corrosion resistant wearable gates. The explorations are limitless. Please elaborate on the shellfish when you have a chance. Cheers.
Comments
Anything which is bistable and can be driven into the states by the "flow" mechanism which adduces value and change, is capable of being part of a logic system. It never ceases to amaze me what people find that works. I wouldn't have seen this coming but now I'm mentally assessing all kinds of biological states for the potential. We use shellfish to command river remediation releases, they're probably tractable.
It's like the hunt for Turing completeness in text editors.
It is quite exciting. I am also exploring recycled plastics as corrosion resistant wearable gates. The explorations are limitless. Please elaborate on the shellfish when you have a chance. Cheers.
https://www.aveva.com/en/our-industrial-life/type/article/fl...
If this can run Doom it will become my go to example for "Doom runs on everything".
Multiple gate soil pots are synchronized using a microcontroller to form a simple processor-like half-adder circuit