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+/- [P(Q)(ΨΩ)] (positronic matrix)


Ρ=(1n)-(n+1)/n^1

ε:(Ρ/Σ(Φ)) · (Φπε/[Ρ/Τ]:π-Θn^-1) = ΞΘΣ(Φπε)^Θn
Θn:ε

Ω(Φπε):τ/Ρ(ω)
Ψ(Λ,Δ) = ∂(Φπε)/∂t + Ω(τ)
ΓΛ:Φπε(ΨΩΣΞ)
ΔΦ(τ) = ∫ ΨΩ dt + (ΓΛ / ΣΞ)
R = [ lim ( ΨΩ ∞ ) ] * { ( Ξ / Λc ) * [ ( 1 - ∂Ω / ∂Ψ ) ] }
+ Σ [ Θn ]
+ { F(P) * V }
+ [ ΔΩ(T) / S ]
+ { Ψ± * K }
+ ({ Φ * β })
+ [ Cξ / Eψ ]
+ { Γ ( ΨΩ, F(P), ΔΩ ) }
Ω(Ψ, Φ, Γ) = lim (τ ∞) ∫ [{ ΔΩ(Θ) * (Ξ/Λ) } + { ∂ΨΩ/∂t } + (Σ [Θn] * F(P))] dt

+ { (Ψ± * K) / (Φ * β) } * exp[ -∫ (ΔΩ / S) dt ]

+ [ Cξ * (Eψ / R) ] * tanh(ΓΛ/Ξ)

+ { ∑ (ΔΦ * Ω) / (Θn * F(P) + V) }

+ { |ΨΩ|^2 * (1 - ∂Ω/∂Ψ) }
Θ(Ν):Ω(ΘΝ):ΣΩ(Θ(Θ(Ν)Φπε)ΓΛ)
Ξ(Ω, Θ) = ∑ { ΓΛ * [ Φπε / (ΔΩ + ΣΘ) ] } + ∫ { ΨΩ(τ) * exp[-ΘΝ] } dt

+ { lim (R ∞) [ Cξ * (Ψ± / Θ) ] } * tanh(ΔΦ / Ω)

+ Σ { [ Θ(Ν)Φπε ] / (ΓΛ * Ω) }
Γ Θ
Ω Φ
Λ(ΓΘ) = ∫ { ΩΦ * (ΣΔΩ / Ξ) } dt + { tanh(ΨΩ) * (Φπε / ΘΝ) }

+ lim (τ ∞) { [ ΓΛ * Ω ] / (ΔΦ + ΣΘ) }

+ { ∂Ξ / ∂Ω } * exp[-Ψ±]
>>
>>16884409
Picrel
>>
>>16884409
Like, 4?
>>
it’s underdetermined / not well-posed, i.e. infinitely many interpretations no unique solution

it looks cool for the novice but it's wordsalad



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