.

And by a prudent flight and cunning save A life which valour could not, from the grave. A better buckler I can soon regain, But who can get another life again? Archilochus

Friday, September 18, 2026

Profilic Resurrections: A Coming Back from Hades to Dionysus

The One from Many and Many from One of Identity

Re-Learning How to Climb the Beanstalk (Ampelos

The Hávamál (stanzas 138–139) in The Poetic Edda: [1, 2, 3]
"I know that I hung on a windswept tree nine long nights, wounded with a spear, dedicated to Odin, myself to myself, on that tree of which no man knows from where its roots run." [1]

 "With no bread did they refresh me nor a drink from a horn, downwards I peered; I took up the runes, screaming I took them, then I fell back from there." [1]

Moire: Creating Every Material Property in One... Just Adjust the Applied Voltage...

from Google AI:
The moiré effect is a large-scale visual interference pattern that happens when two fine, repetitive grids or patterns overlap at an angle or with slight misalignment. [1]
What Causes It
  • Grid Overlap: Two distinct patterns (like a fabric weave, a screen mesh, or pixel arrays) cross paths.
  • Misalignment: The two layers are slightly rotated, shifted in position, or have different grid spacing.
  • Digital Sampling: When a camera's pixel sensor captures fine details or lines that are too tight for its resolution, it creates false, low-frequency wavy bands or rainbow colors. [1, 2, 3, 4, 5]
Common Examples
  • Screens and TVs: Taking a photo or video of a computer monitor, television screen, or digital billboard.
  • Clothing: Wearing tightly striped, checkered, or plaid shirts on television broadcasts.
  • Architecture and Objects: Photographing fine window screens, metal fences, brick patterns, or silky fabrics. [1, 2, 3, 4, 5]
Uses and Prevention
  • Unwanted Artifacts: Photographers usually try to avoid it by changing angles, stepping back, adjusting focus slightly, or using editing software to smooth out the interference. [1, 2]
  • Precise Measurement: Engineers use the effect intentionally to measure microscopic movements, tiny bends, or mechanical shifts in materials

... and Spin the Spinor!