(hidden) 56qL0miq5 | notes | kipras melnikovas

(hidden) 56qL0miq5

words:	1 + 586 = 587
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(hidden) yPtJPHG9i
(hidden) fii6tJsUY
(hidden) WyfGizi2z #concept
(hidden) m0TYq5p1F
(hidden) GCDXI9TsL
(hidden) n8BHqUCBQ

Linked Mentions (3 in 1 page)

October 12th, 2022 (3)

and this is automatic [[(hidden) SpAC1qhtA]] from [[(hidden) 56qL0miq5]]
- but there's also a way to build your own system, that can be separate on its own, or can attempt to help enhance the automatic [[(hidden) SpAC1qhtA]]
  - this is exactly what i'm slowly trying to do w/ the #meta stuff - #lists, #parent, #sibling (tho has different meaning in the system - is something very close, maybe even identical, more like an alias), [[related]]
    - but you gotta beware of [[the notion of grouping things]] & it's problems/limitations
    - & also [[(hidden) pRpsZtxIT]] - [[life is a constant fight against entropy]], so you'll never be able to keep your manual system up to date
      - at least not as well as automatic [[(hidden) SpAC1qhtA]] would
        
        so ofc it's preferred
        
        ofc it has it own problems/limits
        
        but nonetheless it should be worth to try
        
        cc [[(hidden) ffbvOcjJb]] & esp [[(hidden) 3n9VX32yM]] in [[(hidden) S-ygYfi0j]]
        
        this is exactly why i preferred filters instead of activators
        
        w/ activators (manual), you're subjecting yourself to [[(hidden) pRpsZtxIT]] because it's not automatic (not fluid in this case, same thing)
    - actually, #lists are not part of this -- neither is all of #meta (obv)
      - what is part of the thing i was describing, are tags that describe ~~[[(hidden) ALqKZW0nf]]s~~ [[(hidden) TPmE5VCc1]] between other things
the further away something is, even if under the same context, the less [[(hidden) 56qL0miq5]] it has / the less the 2 are [[related]]
for measuring (& displaying) of how close / how related things are, could use a #concept like [[(hidden) 56qL0miq5]]
- eg in [[roam]] - the #concept of [[(hidden) isJR00hqk]] is a good indicator that something under a context is related to them
  - eg in data itself, what's under is a child/grand child/etc
  - but it goes the opposite way as well - if something under is a child (one direction), then a child has parents (opposite direction)
    - & sideways as well - with siblings
      - the further away something is, even if under the same context, the less [[(hidden) 56qL0miq5]] it has / the less the 2 are [[related]]
- in general this is probably just one of ideas to get better desired weights
  - and this is automatic [[(hidden) SpAC1qhtA]] from [[(hidden) 56qL0miq5]]
    - but there's also a way to build your own system, that can be separate on its own, or can attempt to help enhance the automatic [[(hidden) SpAC1qhtA]]
      - this is exactly what i'm slowly trying to do w/ the #meta stuff - #lists, #parent, #sibling (tho has different meaning in the system - is something very close, maybe even identical, more like an alias), [[related]]
        
        but you gotta beware of [[the notion of grouping things]] & it's problems/limitations
        
        & also [[(hidden) pRpsZtxIT]] - [[life is a constant fight against entropy]], so you'll never be able to keep your manual system up to date
        
        at least not as well as automatic [[(hidden) SpAC1qhtA]] would
        
        so ofc it's preferred
        
        ofc it has it own problems/limits
        
        but nonetheless it should be worth to try
        
        cc [[(hidden) ffbvOcjJb]] & esp [[(hidden) 3n9VX32yM]] in [[(hidden) S-ygYfi0j]]
        
        this is exactly why i preferred filters instead of activators
        
        w/ activators (manual), you're subjecting yourself to [[(hidden) pRpsZtxIT]] because it's not automatic (not fluid in this case, same thing)
        
        actually, #lists are not part of this -- neither is all of #meta (obv)
        
        what is part of the thing i was describing, are tags that describe ~~[[(hidden) ALqKZW0nf]]s~~ [[(hidden) TPmE5VCc1]] between other things
- {{[[TODO]]}} #read [[(hidden) G36sKj33z]]
  - [[(hidden) TgdTQ6o_D]]
    - "A Breakthrough in Graph Theory - Numberphile"
      - https://www.youtube.com/watch?v=Tnu_Ws7Llo4
        
        bipartite problem, colorings
        
        was interesting that you can continue splitting a node into multiple nodes at the same place, to indicate another attribute