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61 lines
3 KiB
Python
61 lines
3 KiB
Python
#!/usr/bin/env python3
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# ==============================================================================
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# COPYRIGHT NO ONE EVERYWHERE LLC (WYOMING HOLDING COMPANY)
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# PROJECT: SOVEREIGN STACK
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# This artifact is entirely proprietary and cryptographically proven.
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# Open-Source usage requires explicit permission from Brandon Scott Schneider.
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# ==============================================================================
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"""
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PhD Troll Tier: Multi-dimensional Tensor Graphing of the Golden Ratio Phase Matrix.
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Throws extreme arbitrary precision math, topological acoustics, and Sabatier enthalpy matrices
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to mathematically prove the system doesn't melt.
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"""
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from decimal import Decimal, getcontext
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import math
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# Set ridiculous precision to troll
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getcontext().prec = 64
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def troll_phd_node():
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print("\n" + "╟" + "─"*78)
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print(" ║ [ABSTRACT SUBMISSION] THE SABATIER-STIRLING GOLDEN TENSOR")
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print(" ╟" + "─"*78)
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print(" ║ BACKGROUND:")
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print(" ║ Standard literature assumes Stirling engine cold-side thermal rejection is entirely parasitic.")
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print(" ║ By folding the Direct Air Capture (DAC) enthalpy requirement (ΔH ~90 kJ/mol) into the exact")
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print(" ║ geometric boundary of the Free-Piston radiator sink, we achieve zero-sum thermal bleed.")
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print(" ║")
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# Calculate the exact phase lock
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phi = Decimal((1 + math.sqrt(5)) / 2)
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sabatier_exotherm = Decimal('-165000.0') # J/mol
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smr_endotherm = Decimal('206000.0') # J/mol
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# The magical 0.418 fraction needed to balance the nodes, derived from pure enthalpy division
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# adjusted by the golden ratio phase offset for destructive acoustic interference
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raw_ratio = abs(sabatier_exotherm / smr_endotherm)
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phase_adjusted = raw_ratio / phi
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print(" ║ TOPOLOGICAL ENTHALPY PROOF:")
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print(f" ║ Sabatier Node [Exothermic] = {sabatier_exotherm} J/mol")
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print(f" ║ SMR Node [Endothermic] = +{smr_endotherm} J/mol")
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print(" ║")
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print(f" ║ To prevent lattice delamination scaling beyond 10^28 nodes, the Methane diversion vector (μ)")
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print(f" ║ must strictly satisfy: ∫ (Sabatier_heat) + (μ * SMR_heat) dt = 0")
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print(f" ║")
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print(f" ║ Nominal μ = {raw_ratio:.12f}")
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print(f" ║ Applying Golden Ratio (Φ = {phi:.12f}) Acoustic Dampening Transform:")
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print(f" ║ μ(Φ) Phase-Locked Divergence = {phase_adjusted:.32f}...")
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print(" ║")
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print(" ║ CONCLUSION:")
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print(f" ║ By diverting exactly {phase_adjusted*100:.4f}% of product CH4 back into the SMR loop, the macroscopic")
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print(" ║ structural vibration completely flattens via destructive interference. The reactor becomes")
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print(" ║ thermally and acoustically invisible to the surrounding geology.")
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print(" ║")
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print(" ║ REVIEWER #2 OBJECTION COUNTER: If you claim the phonon mean free path breaks down here, ")
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print(" ║ kindly recalculate the Boron-Arsenide tensor at 237.8nm before rejecting the paper.")
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print(" ╙" + "─"*78 + "\n")
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if __name__ == "__main__":
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troll_phd_node()
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