Self-Configuring Self-Processing Language

Self-Configuring Self-Processing Language or SCSPL is the meta-mathematical structure to which the universe is isomorphic. SCSPL is the language of the universe, a language so expressive that the universe creates itself and evolves through using it. The universe is in every way, everywhere, identical to SCSPL.

Normally, languages are considered to be in the minds of people and they work on the basis of moving symbols around mentally, where said symbols represent things in the "outside world". By attempting to represent things in the "outside world" with language, one gets closer and closer in accuracy of description to the things one attempts to describe the more expressive/powerful the language is. What would happen if a language was so expressive that it contained every piece of information on the thing it wishes to describe, to the highest resolution possible? You would have the SCSPL "coding" of that object in the universe, which is identical to the object itself. Thought about in another way, if one asks themselves "what does the SCSPL coding of a tennis ball look like?"; the answer is the tennis ball itself! One can say that Mind=Reality=Language since mind and reality intersect at language, as the content of both. It is through language that the source (mind) maps to the target (reality).

Other languages that SCSPL provides a syntactic covering for (see description of syntactic covering and Human Cognitive Syntax) include; the laws of physics, the laws of mathematics, the expressions of the human mind or HCS.

Definition

According to the Reality Principle, the universe is self contained, and according to infocognitive monism, it regresses to a realm of nil constraint (unbound telesis or UBT) from which it must refine itself. According to the Telic Principle, which states that the universe must provide itself with the means to do this, it must make and realize its own "choice to exist"; by reason of its absolute priority, this act of choice is identical to that which is chosen, i.e. the universe itself, and thus reflexive. I.e., "existence is everywhere the choice to exist." Accordingly, the universe must adopt a reflexive form in which it can "select itself" for self-defined existence, with the selection function identical to that which is selected. This means that it must take a certain general or "initial" form, the MU form, which contains all of the requisites for generating the contents of reality. Due to hology, whereby the self-contained universe has nothing but itself of which to consist, this form is self-distributed.

By the Principle of Linguistic Reducibility, reality is a language. Because it is self-contained with respect to processing as well as configuration, it is a Self-Configuring Self-Processing Language or SCSPL whose general spatiotemporal structure is hologically replicated everywhere within it as self-transductive syntax. This reduces the generative phase of reality, including physical cosmogony, to the generative grammar of SCSPL.

Language

A partial outline of Γ, with products limited to the physical end products associated with L_O

Symbol	Meaning	Subset of	Subsyntax	Notes
Γ	Generative grammar	O		Generates global telons
O	Processors (producers-reducers)	Γ
A	Agents	O		Generates local telons
Q	Quantum Particles	O		Elements of Q are freely and competitively acquired by telons
R	Products	Γ
RO	Product states	R	STOS
σO	Spatial relations	RO	STOS	σO consists of relations of states regarding which the corresponding transducers have no mutual input
τO	Temporal relations	RO	STOS	τO consists of sequences of consecutive states of single objects
πO	Spatiotemporal relations	RO	STOS	πO consists of processes, containing both σO and τO relations
P	Productions	Γ
N	Non-terminals	P		N consists of distributed descriptors of πO The elements of N are determined in the primary stage of telic recursion
T	Terminals	P		T consists of active LS entities analogous to those of N but associated with specific telons (pre-products) from RS and subject to coordinated local variation in the context of higher-order telonic relationships The elements of T are determined in the secondary stage of telic recursion
μ	MU form	Γ