Me: "Yes, funding. What I do not understand here are your base units of funding? You have Square Seconds' Kelvin per Kilogram Square Meters. How can a second be square? How can a square meter have mass?"
Prof: Funding, the answer is always more funding.
Me: "Yes Professor, I get your point. Though for me to construct the system, I must understand the fuel source [FUNDING]."
Prof: "Ah, I see now. You are looking at the Kolmogorovian Complexity limitations of the $elf($elf). Self within the self."
Fields the transaction did not carry are omitted. Open the payload to see the bytes as stored.
1Pkn99xWPjQLP3amKdzRAZ4JVRdDY8QB5w VerifiedProf: "My equation posits that the DNA basis protocol [Pi_eater] exists as the Bekenstein-Kolmogorovian Complexity limitation of it$elf. The boundary condition occurs as the irreducible, thus defines the funding parameter."
Prof_cont: "DNA occurs as the most complex known structure in existence and cannot be expressed in a more succinct manner than it$elf. The $elf($elf) (self within the self) recursion exists as the funding convertor."
Me: I see. Thus your units "Per Square Seconds' Kelvin, are boundary condition step sums of exchange within a Bolztmannian parametric metric metricity governed by thermionic degeneration?"
Prof: Yes, the thermionic degenerate affords Minkowskian validity.
Prof: Yes, though "Bolztmannian Parametric Metric Metricity" comes off as gibberish to the Euclidean "Dub_stepped" mind. When you place evolving metricity's inside metricized recursions inside unmetricized recursions, you'll need a stepwise bit framing.
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