lnq 👨🏿‍🦱: string
👨🏿‍🦱
Showing posts with label string. Show all posts
Showing posts with label string. Show all posts

Strings@50🎂

When🕓: 2020
Where🗺: online

Ready. Set. Takeoff!🚀
Join me for a walkthrough of some major advancements in String Theory from its first fifty (50) years, while unleashing the third revolution of innovation.


1970 - 2020

Hello🍪 →


(see also Venus Colloquia, 🥚Eggheads)

/ link

link :== coupler of two or more objects. Topologically, a link is a non-intersecting collection of knots🪢. A link is also a single element comprising a chain. -- Additionally, it refers to a discrete brane 'hyperlinked' to other branes in some cellular automata scheme.
/// Likewise, we can describe a knot as a link with one (1) component.

--------

Metrically, a link* (symbol: L) :== the standardized cent-to-calorie conversion -- our derived cryptocurrent unit^ in juking expressed as some value of ¢ents🪙. ** Named after 🧑🏿Link Starbureiy. ^^ Links can be conjoined🔗 (get it?) to yield an energy🔋 signature.

As 💱spreadable@ crypto🧩, a link (Q♭) :== minima fibor as a control [fret = 0.000384615385¢~ (≈ $1.00 cap)] in trades. @@ ie. strategies get extrapolated to other fibors. ~~ ie. 1/26 of initial penny fret to get $1.00. This is our Q♯🎶 entrée [part of the standard opening for encryption], which acts as the default (however interchangeable) ballet on UUe's rotisserie. (see +list, QQ, 🧑🏿lnq, stew, juke tax, residue, token, MONEY, penny fret, toy, font, c@$#tag, 🧑🏿lnq's bubblegum)

/ string ludology

String ludology (commonly abbreviated SL), or "loopstring➿ theory" :== a formal attempt to game all possible twistor classes in mesh derivation per The Origamic Symphony🎶 (ie. extrapolate a playbook from superstring theory). Since γ-proofing is our objective, SL can be simplified to 'how to make ¢ents'.
TOS /// Conceptually, it is heterotic; borrowing from polypeptide folding mechanics, as well as from the mathematics of so-called string theory.

Claim
SL assumes that the foundation of any game (and juking in general) is based on a randomly coiled curvilinear path [string] which is subject to specific ludological constraints; namely that it is lyrically bound. (compare string theory)

/ closed string

A closed🔒 string (more accurately, closed coil) :== a string state with no open🔓 circuitry (does not have endpoints; forms a loop➰).

All game-related strategies (goals) are devised to obtain a closed string (thereby solving and validating it as some fibor, although the game itself may still be open) via folding. (see zero-bubble, loop)
/// Actually, there is no loop requirement for a string to be closed (not open), since the end of the string must attach to a (mem)brane (even if that membrane is the string's other endpoint). Therefore, the yield is derived when in that a string is closed, but only by acoustic approximation.

/ thread

In flowchart material, some thread :== the diff count as a string of its hash arrangement. These are the most minimal sequence of instructions that can be managed independently by a scheduler.

As table data, threads are extremally counted up to* the handicap (with a $676.00 maximum) of their pertinent opus. If there is no opus base (opus base = void) - as would be the case with, say, an unmetered coupon - then there would be no datum count ceiling (per that thread).** This threshold will prompt an organic thread relative (eg. fork). (see thread handle, u-u economics, postcard, tip, juke notation, hyperlink, toonage, carrot🥕, patch)
/// Threads are used in the study of walks to generate juke notation.
Function map: threadjuke notationstream

/ zero-bubble

The zero-bubble (also written as "0-bubble" or "0b") or "lock" :== a bubble shapeframe (stereogram*) with no inflatons (scalar fields responsible for blowup from a single point [0-brane]).** Greater than or equal to three (3) spatial dimensions.

A 0b is a type of homeomorphism [map reduction] as a totally twisted loop➰ (ie. integration in twistorspace down to one ¢ent🪙), and formally marks the end of a proof.🔲→🎯 (see goal, open string, identity, font, crypto, MONEY)
/// The supposition for 'zero' (+/-) is that when tabulating the yield, all spots on the mesh which would allow for an opening, vanish (0,0).

Locks are the ideal [most secure🔐] ¢ent🪙 structures [signed certificates] for a closed🔒 string, as measured by absolute compliance to its handicap. Ludologically, they are part of the endgame [statistical inference to egg(+) or epp(-)]. Taken by themselves as 'flags'🏁, zero-bubbles (frictionless assets = spread(0)) are considered solved puzzles🧩 (ie. completely mapped/encrypted/melodic/folded) when it comes to juking. {input = output, /return = [0]}
Function map: open stringstew choreographylockfibor

/ superstring theory

(see Egglepple, string ludology, Strings@50)

/ string

In mathematical objectivity, a string (or 1-brane, or, more formally - a 1-dimensional object occupying some metric space) is an arbitrarily one-dimensional (1d) curvilinear path integral (integrand) with (at most) two (2) endpoints (in/input and out/output) called nuts. Strings may be open🔓 or closed🔒, but not both. (see brane, SMALL brane, loopstring➿, string ludology, thread, walk)

Computationally, a string is a stream (sequence) of preimages (ie. a concatenation of flageolet pencils).

/ residue

Per image-mapping (as evident from walk topology), residue :== loose [/rational, ∈ ] ¢ents🪙 (as a debit function) branched from some stew as supra-hyperlinkable property that may affect the flavor/color of its attached SMALL brane. (See yesegalo, sticker, juke tax, patch, juker's ruin. Compare sidechain)

/ open string

By default, fibor always starts out as an open string [randomly coiled loopstring➿ with two (2) endpoints]*. The objective is to twist and thus efficiently close🔒 this string (a process known generically as folding).** Egglepple-wise, no instance exists where a string sits in freespace; endpoints are always attached to a membrane.
/// Open string is a game's definitive opening. (see yesegalo)

/ loopstring➿

The loopstring➿, or l-string, :== a string of unstereotyped pencils✏️. Technically, l-string is a sesquilinear random coiling* of a 1-brane (which is) concatenated to and from specified reading frames (egg and epp), and subject to certain conditions (such as being gameplay-compliant).** As some measure of twistorspace.

The string may be open🔓 or closed🔒, but is closed by default (hence the term 'loop➰'). In fact, the main objective of each opus is to twist some variation of this object into a functionally unique fibor. (compare loop quantum gravity)
/// +In the context of the whole of string theory, the loopstring may colloquially be referred to as "toy string". We must be careful, however, to not confuse this "toy string" or its ludology (SL) with bosonic string theory (which is considered a "toy model" for which to introduce string theory education).
+I named it "loopstring" from 'loopy quanta' plus 'superstring', even though both terms are misnomers.


An argument can be made that l-string is a rudimentary automaton. It is hypothesized that all games are (or any game can be) based on and around some primitive manifestation of this object. Hence, when we want to study the ludology of any phenomenon, we could start with a drawn loopstring, and proceed from there. (see stew)

/ egg

As c=2(b-1)/2 {b→26, /max=25 (0-25) || b = brane count [which is of the sesquilinear form (e-,e+)]}, an egg is the coverage's resultant as an integer spin statistic (positive parity[+]).

start leaf (see epp, Egglepple, play)
/// +The formula is in direct correlation to spin-statistics. So, for example, when b is odd, say b=7, then c(=8) is an integer-spin (egg). When b is even, say b=4, then c(=2.82842712+) is a half-integer-spin (epp). The rational portion (floating point) of half-integer statistics contributes to seigniorage. Obviously, any negative value for b will yield an epp. (see juke tax)
+Yes, there are twenty-six (26) integer values here; we denote "0" as (0-,0+) → having both negative(-) and positive(+) polarity in twistorspace. For instance, -12 ... (0-,0+) ... +12 = [26]. The total number of coverages, c, is an upperbound for points on a curve, and so its number line must include 0 (hence 0 through 25). However, because any b=0 gives nonsensical values [error codes], the zeroes are discounted, and lower and upper bounds are just eleven (11). The minima (cover-0 = -11) is 0.015625 and the maxima (cover-25 = +11) is 32.

/ braid