ᙁα𝘵 is an organisational system to catalogue web resources, and anticipate a proper arrangement in line with their subject.

_｡╭
. | ⍺𝑖𝑚
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• reduce the complexity from duplication, and highlight returns to topics/resources
• be a 'sink' to relieve the strain on my computer/myself of the constant buildup of untriaged materials
  • share unprocessed items across devices
  • (heuristic triage) suggested views of unsorted material based on proximity to existing collection

This project is developed around the idea of nats, and also of permutations

• through an alphabetisation (or "lexicographically ordering permutation" if you prefer), the nat morphed into the ant 💭

The natural unit of information (symbol nat), is a unit of information or entropy, based on natural logarithms and powers of e, rather than the powers of 2 and base 2 logarithms, which define the bit. This unit is also known by its unit symbol, the nat. The nat is the natural unit for information entropy. Physical systems of natural units that normalize Boltzmann's constant to 1 are effectively measuring thermodynamic entropy in nats.

When the Shannon entropy is written using a natural logarithm,

it is implicitly giving a number measured in nats.

acceptant

^{/əkˈsɛpt(ə)nt/
adjective rare}

<sup>- willingly accepting (something).
- willingly or readily accepting or receiving; receptive.
- accepting willingly; "acceptive of every new idea"; "an acceptant type of mind"
- Ready and willing to receive favorably, as new ideas:
- amenable, open, open-minded, receptive, responsive.</sup>

• 🌐 »⇢ _{^{Spreadsheets are dead, long live reactive programming environments!}}

  _{Where conventional programming was thought of as a sequence of steps, this new thing was no longer sequential in effect:}

  ^{When you made a change in one place, all other things changed instantly and automatically.}

_{An alphabetising colony Stigmergy is a powerful tool to analyse processes that involve agents who learn. It can be used to model biological systems, both at their conscious and evolutionary levels of knowledge flow (e.g. swarm intelligence models are used to profile and predict biological 'SLiM' sequence motifs¹), but it can motivate a rethinking of our own information retrieval processes. In this illustration: a self-conjugate partition (from a consideration of chain/antichains from permutation-partition pairs²).}

• An ongoing project I have, permut.co, producing a research/knowledge output less tied to 'finalised' documents and more focussed on flow of thought and connectivity.
  • Motivated following reading about Pascal and the Pensées. See,
    • ∷ About
    • ∷ Permutation Graphs And Copermutations
    • ∷ Meta: Website Design Note
    • ∷ Memory:latency Isomorphism
      _{↪ contains a note on Pascal's wager^† and information theory}
  • All

^† [the first formal use of decision theory]

¹ Fang et al. (2016) Identifying Protein Short Linear Motifs by Position-Specific Scoring Matrix. In Advances in Swarm Intelligence (7th International Conference in Swarm Intelligence (pp. 206-214), Springer.

• ICSI 2016 took place in Bali, Indonesia, June 25-30, 2016 (Proceedings, Part II)

² Stahl (1991) Permutation-partition pairs. III. Embedding distributions of linear families of graphs

Introduces the notion of the permutation-partition pair, "generalizations of graphs and are the formalization of the concept of a graph with a partially specified embedding."

the distributions of graphs that, loosely speaking, consist of a chain of links that are joined to each other in a consistent manner. It is reasonable to expect that the genus distribution of such a chain should be a function of its length and the genus distribution of the link.