5 ms·

if there are no interiors (maybe edges but no faces nor volumes) then the vertices on the diagonals are truly independent: eg QM on small scales, GR on large on

if there are no interiors (maybe edges but no faces nor volumes) then the vertices on the diagonals are truly independent: eg QM on small scales, GR on large ones. [I'm currently pondering how the "main diagonal" of a transition matrix provides objects, while all the off-diagonal elements are the arrows. This implies that by rotating into an eigenframe (diagonalising), we're reducing the diversion to -∞ (generalised eigenvectors have nothing to lose but their Jordan chains) and hence back in the world of classical boolean logic?] EDIT: https://mmozgovoy.dev/posts/solar-matter/ https://mmozgovoy.dev/posts/solar-matter/

gradschoolfail 2y ago
[Righhht, maybe you can excite me even more by relating this to quantales?? Or maybe expand on fns vs distributions a bit more?] L: quantal (quasiparticles)
- 082349872349872 2y ago
  Is this sufficient relation: rel'ns (matrices which are particularly "irrreducible"/"simple" in that they've forgotten their weights to the point where these are either identity or zero) are concrete models of abstract quantales? Lagniappe: https://www.sciencedirect.com/science/article/pii/002240499390169T https://www.sciencedirect.com/science/article/pii/0022404993... EDIT: I'm afraid I'm just learning fns vs distributions (curried fns?) myself. I wonder how quasiparticles might relate to ideals (nuclei in quantale-speak I believe)? Note that something very much like quasiparticles is how regexen turn exponential searches into polynomial...
  - gradschoolfail 2y ago
    REDIT(s) I ought to get overly emotional (in a bittersweet way) about all this, and i almost did, but Teddy reminded me to stay ataraxic (i.e. keeping his role in formulating key management policies purely in the cortex ) thank you for that blogpost about MPB (its one small step for fuzzablekind!) [as well as the nuclei hint, more tk]
    - 082349872349872 2y ago
      thank you for EC ... as to thermidorian reactions, I haven't read tRB yet but it's on the slush pile now (and I have an ice pick —albeit full length— for set dressing while I read).
      - 082349872349872 2y ago
        oops: Eispickel => ice axe, not ice pick

gradschoolfail 2y ago

[Righhht, maybe you can excite me even more by relating this to quantales?? Or maybe expand on fns vs distributions a bit more?] L: quantal (quasiparticles)

082349872349872 2y ago
Is this sufficient relation: rel'ns (matrices which are particularly "irrreducible"/"simple" in that they've forgotten their weights to the point where these are either identity or zero) are concrete models of abstract quantales? Lagniappe: https://www.sciencedirect.com/science/article/pii/002240499390169T https://www.sciencedirect.com/science/article/pii/0022404993... EDIT: I'm afraid I'm just learning fns vs distributions (curried fns?) myself. I wonder how quasiparticles might relate to ideals (nuclei in quantale-speak I believe)? Note that something very much like quasiparticles is how regexen turn exponential searches into polynomial...
- gradschoolfail 2y ago
  REDIT(s) I ought to get overly emotional (in a bittersweet way) about all this, and i almost did, but Teddy reminded me to stay ataraxic (i.e. keeping his role in formulating key management policies purely in the cortex ) thank you for that blogpost about MPB (its one small step for fuzzablekind!) [as well as the nuclei hint, more tk]
  - 082349872349872 2y ago
    thank you for EC ... as to thermidorian reactions, I haven't read tRB yet but it's on the slush pile now (and I have an ice pick —albeit full length— for set dressing while I read).
    - 082349872349872 2y ago
      oops: Eispickel => ice axe, not ice pick