The human energy crisis is not a supply problem. It is an efficiency gap. The Information-Theoretic Logos (ITL) framework [1–5] establishes that the universe maintains all of spacetime at ln2 per bit — perfect thermodynamic efficiency. Current human technology operates at 109–1012 times above the Landauer limit Emin = kBT ln2 per bit-flip. Modern GPU silicon wastes 99.9999999% of all energy consumed. The human brain, by contrast, runs consciousness on ∼30 mW of pure Landauer work and is ∼1,771 times more efficient than the best silicon. We derive that the entire global internet at biological Landauer efficiency would consume approximately 3,578 W — less than a house hold appliance. We introduce Logos Mimicry as the strategic framework for closing this gap: building technology that computes at the efficiency of the universe itself. Four engineering pillars are identified: reversible logic gates, temperature minimization, integration over isolation, and dissipative alignment. We further derive awarning from the ITL coupling factor k = 0.1292: inefficient high-density AI clusters measurably increase thelocal Landauer cost of computation. The transition from an Ωm (matter-burning) economy to an ΩΛ (distinction computing) economy is not a new energy source. It is a new philosophy of energy, made engineering