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Magic Monday

The picture? I'm working my way through photos of my lineage, focusing on the teachers whose work has influenced me and the teachers who influenced them in turn. Quite a while ago we reached Israel Regardie, and then chased his lineage back through Aleister Crowley et al. After he left Crowley, however, Regardie also spent a while studying with this week's honoree, the redoubtable Violet Firth Evans, better known to generations of occultists as Dion Fortune. Born in Wales and raised in a Christian Science family, Fortune got into occultism after a stint as a Freudian lay therapist -- that was an option in her time. She was active in the Theosophical Society, belonged to two different branches of the Golden Dawn, studied with a number of teachers, and then founded her own magical order, the Fraternity (now Society) of the Inner Light. She also wrote some first-rate magical novels and no shortage of books and essays on occultism, including The Cosmic Doctrine, the twentieth century's most important work of occult philosophy. I'm pleased to be only four degrees of separation from her.
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***This Magic Monday is now closed. See you next week!***
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(Anonymous) 2023-04-03 03:28 pm (UTC)(link)What about mathematical tiling patterns in general?
My meditations so far led me to focus on periodic vs aperiodic patterns. Oddly enough a comment of yours from a few weeks ago stuck out to me, about crystals having an etheric sheath. The comparison between a process that creates crystals and a process that creates life seemed to match with periodic and aperiodic tiling. With periodic tiling all processes that are open to system are available. As a result there's almost an "equilibrium:" periodic tiles into infinity.
Aperiodic tiling is the process of "exploring a solution space," and life can be seen as another name for this process that distinguishes it from "solved" solution spaces.
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(Anonymous) 2023-04-03 05:40 pm (UTC)(link)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.
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(Anonymous) 2023-04-04 12:22 am (UTC)(link)I read somewhere that quasicrystals (atomic matter with quasiperiodicity) can be thought of as appropriately angled slices through higher-dimensional regular crystals, projected back down to 3 dimensions.
I think the kind of quasiperiodicity the aperiodic tile has is the kind where the range of possible solutions is narrow. One of the other systems of tiling like that has the property that, if you put a single disallowed connection anywhere, then the rest of the pattern is determined uniquely and you can always find the next point where there's only one option for where to put the tile, without having to explore any larger combinations. That puts some limits on how much work it would take to explore combinations in the more usual case, when you haven't put any defects in. Genome space seems less narrow than that.