Do not Wolfram’s Rule 30 (e.g.) and quasi-crystals seem like 2-D and 3-D representations of the enfoldment possibilities of life-generated ‘springy’ proteins? The ones that have the capability to form, deform, and reform as they ‘spring’ back into the original shape, based on their molecular structures and adhering properties.
If quipu strings tied into knots can encode eight bits of information as a writing system, how much more information could be encoded into a sequence of molecular-level tied knots of rubbery proteins? Quite a bit, eh? We have about 50 years worth of quasi-crystal research, but I have not heard of any summary overview of known findings.
Perhaps a link exists between quasi-crystalline mineral properties and quasi-regular molecular structures of living proteins. Like how they each respond to a DC current passing through or magnetic polarities, or interactions with water.
no subject
If quipu strings tied into knots can encode eight bits of information as a writing system, how much more information could be encoded into a sequence of molecular-level tied knots of rubbery proteins? Quite a bit, eh?
We have about 50 years worth of quasi-crystal research, but I have not heard of any summary overview of known findings.
Perhaps a link exists between quasi-crystalline mineral properties and quasi-regular molecular structures of living proteins. Like how they each respond to a DC current passing through or magnetic polarities, or interactions with water.