fibor

A unique cluster of weights [structural formula] known as fibor, is a totally twisted ||f(u,u)=0|| loopstring coil subject to bifurcation* (ie. a ). This is a tertiary (stereo) isoform of Egglepple. Fibor^ functions as the basic component (filament) of twist economics; hashed to output some image. As part of the , we care mainly for the ludological aspect(s) of juking (topology, rhetoric, mechanics, etc.), as they relate to identification and function attribution.There are two (2) `classes` of fibor: MONEY and bubblegum. Each fibor is its own unique `brane`. (see also minor, major, fibor bundle, fibor mutation, font, zero-bubble, walk)
/// +`Mathematically`, fibors are trivial zeroes (compared to `fonts` which are non-trivial zeroes).

+Fibor is the '`print`' (or `vending`) stage. This would be the total `algorithm` `input` assigned from `stew choreography`. `Gameplay`-wise, `jukers` should aim to get here as quickly as possible.

+For purposes of imaging, the `loopstring` may be a simple `topological` schematic, serving to illustrate some animation directive.

+Just to reiterate, our primary interests are not in figuring out the science (eg. chemistry, biology, physics, etc.) behind the folding (chemical bonding, dipole moments, things of this nature are left to such experts). We are chiefly concerned with "writing a playbook", so to speak, that will enable anyone to `generate` `algorithms` (plays) for configuring polymorphisms and coordinating meshes.

+We must be careful with our vocabulary. Yes, fibor is `stringy`, but it is not a requirement that it be physical, per se. It just necessarily assumes the properties (namely that it can vibrate in multiple dimensions) of `strings` as it propagates into worldspace. In this case, we are concerned strictly with `string` dynamics (incorporating the landscape vacua philosophy). However, fibor - in the mold of `stew choreography` - is `open/closed` in some arbitrary volume, whence it is attached to a dynamical `mem(brane)`. Oddly, however, there exists a method to start at the Planck length, and work our way up to `normalization` with g-folding.

Function map: minormajorfiborfibor bundle
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