/ stew

A stew (stack e:e w) :== twistor datum*.** Most basic generator property.

It is conjectured that Egglepple's movements [closed circuits] exist between amplitudes on a cryptograph. These motifs* - known as stews - are analogous to string tunings, and aid in the stereotypography of fibor.** Array of typefaces. (see font weight, font size, MONEY, fibor bundle, quantumquotient, UUelcome)

Ludologically, as the definitive endgame🏁, we are said to find a stew at the normalization of twistorspace where a dyad is an identity; that is, when an opus' measurable and permutable extrema [maxima] commute (ie. idempotent yield deviation ≡ 0^{^}).^^ That is, fret = 26¢ WITH handicap = ^$676.00. (see foam, link)

Cryptologically, a stew (an exploit) :== the transactor between the supremum and the infimum of hashes where the resultant is optimal/most secure🔐 (ie. transaction with no tax). Therefore, no fibor can be larger (in terms of twistorspace) than a stew.

According to jukebox operation (rotisserie), the complete count* of stews (f) is simply ballet coordination in sesquilinear form, so f=1,352 [from encrypted (676) plus decrypted (676) classes] × 1.5 = 2,028 [comprising four dyadic types: 507 (integer-integer), 507 (half-integer-half-integer), 507 (integer-half-integer), 507 (half-integer-integer)].** Each opus leaf set contains three (3) stews as a statistical mean.
/// A full sequencing of the payload (UUelcome) should reveal all motifs [Q♭].

Each stew ['brane cell'] is some derivative monomer^{^} (ie. portfolio plot) of Egglepple [e:e statistics].^^ As a potential inflection point. Stews - which, concatenated, determine the size of a string - are the 'building blocks' measured📐 from twenty-six (26) keys (A-Z) [hashed from STU], which, when choreographed, construct a mesh. (see Stewniverse, residue, loopstring➿, link. Compare amino acid)
/// The stew may be an analogue of a specific polymer, typically a biopolymer (almost always a polypeptide). UUe stereotypes a preimage (some loopstring configuration) to this image.

Trivia
The stew is an invention/specification of 🧑🏿Link Starbureiy to outline how to throughput Egglepple in relation to UUe. This class of UX machinery is the first of it's kind in (the) industry.
Function map: pencil✏️ → γ-proof → stew

/ fibor

A fibor :== an automaton that is a unique and totally twistable ||f(u,u)=0|| crypto mesh* (cluster) of links (L) which is subject to stewcing.** There are two (2) classes of fibor: MONEY and bubblegum. This is a tertiary (stereo) isoform of Egglepple.

Fibor^{^} is a functional component (dyadic fluctuator) of twist economics; hashed (from an algorithm of mathemusic) to output some image.^^ Each fibor is both its own structural formula and memory address. As part of the endgame🏁, we care mainly for the ludological aspect(s) of stewcing (topology, rhetoric, mechanics, etc.), as they relate to identification and function attribution. (see minor, major, fibor bundle, fibor mutation, stew, zero-bubble, walk, stewc tax)
/// +Mathematically, fibors are trivial zeroes (compared to stews 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, stewcers 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 with Planck data, and work our way up to normalization with g-folding.
Function map: minor → major → fibor → fibor bundle

/ meshroom🍄

To meshroom🍄 (v.) is to graph The Origamic Symphony🎶 within juke field [Q♯↦j].

It dictates that, because Egglepple is (ludologically) a p-brane* connecting the vector scale extrema, the notion of cell space algebras being conflated epimorphically within a curvilinear framework is important for defining variation (groove∪melody).** In this case, 'p' stands for (my) 'portfolio'.😇

Meshrooming🍄 advances genetic algorithms [: fold measured (partite) monomers in order to deduce a mesh] for twistors by considering (visualizing) them as embedded datapoints on a neural network [nn] (ie. flavor⇒sequence→mesh). (also of interest: loopstring➿, Pink Poem, identity)
/// Compositing is hypothesized to be accomplished under a single preimage.
Function map: j → pm [...eventual self-synthesis]

/ mesh

A mesh is technically (mathematically-speaking) defined as a sheaf of stews that is outputted as an image. This would be some combination of (different) brane types. (see 🍄meshroom, preimage, fibor)