Relativity, Reflectivity, and Synthesis
Posted: Tue Apr 04, 2017 9:11 pm
Basic Trinitarian Functions of all Axioms
I will give a very brief argument as to the nature of all axioms manifesting definition through the flux of relativity, reflectivity, and synthesis.
Note: All examples provides are basic elemental definitions and can be expounded upon. They are presented simply to give image to the argument I will provide.
1) All axioms(Φ) manifest definition through relativity(∫).
∀(Φx∫Φy)
ex: Φ~Φ1~Φ2~Φ3
Φ∫(Φ1,Φ2,Φ3) therefore Φ≜(Φ1,Φ2,Φ3)
≜ = "equal in definition to"
2) All axioms(Φ) manifest definition through reflectivity (≡).
∀(Φx≡Φy)
ex: (Φ≡Φ1)→Φ2 therefore Φ~Φ1 → Φ~Φ1~Φ2
ex: (Φ≡Φ2)→Φ3 therefore Φ~Φ1~Φ2 → Φ~Φ1~Φ2~Φ3
3) All axioms(Φ) manifest definition through synthesis (∪).
∀(Φx∪Φy)
ex: (Φx∪Φy) → (Φx¬Φy) → Φxy
¬ = "negates/negation"
This trinitarian definition of axioms is the equivalent of a flux (Δ) that manifest stability (◻) proportionally as (∝) continual propagation.
(3≜Φ)= (Δ→◻)∝(∞Δ)
This structure of the axiom, in theory allows for a congruency in structure (≅) between the axiom and Pi.
(Φx∫Φy)⋈(Φx≡Φy)⋈(Φx∪Φy) ≅ π
⋈ = "interjoined"
Thoughts? Opinions?
I will give a very brief argument as to the nature of all axioms manifesting definition through the flux of relativity, reflectivity, and synthesis.
Note: All examples provides are basic elemental definitions and can be expounded upon. They are presented simply to give image to the argument I will provide.
1) All axioms(Φ) manifest definition through relativity(∫).
∀(Φx∫Φy)
ex: Φ~Φ1~Φ2~Φ3
Φ∫(Φ1,Φ2,Φ3) therefore Φ≜(Φ1,Φ2,Φ3)
≜ = "equal in definition to"
2) All axioms(Φ) manifest definition through reflectivity (≡).
∀(Φx≡Φy)
ex: (Φ≡Φ1)→Φ2 therefore Φ~Φ1 → Φ~Φ1~Φ2
ex: (Φ≡Φ2)→Φ3 therefore Φ~Φ1~Φ2 → Φ~Φ1~Φ2~Φ3
3) All axioms(Φ) manifest definition through synthesis (∪).
∀(Φx∪Φy)
ex: (Φx∪Φy) → (Φx¬Φy) → Φxy
¬ = "negates/negation"
This trinitarian definition of axioms is the equivalent of a flux (Δ) that manifest stability (◻) proportionally as (∝) continual propagation.
(3≜Φ)= (Δ→◻)∝(∞Δ)
This structure of the axiom, in theory allows for a congruency in structure (≅) between the axiom and Pi.
(Φx∫Φy)⋈(Φx≡Φy)⋈(Φx∪Φy) ≅ π
⋈ = "interjoined"
Thoughts? Opinions?