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April 26, 2026Open Access

Deterministic Room-Temperature Superconductivity via Topological Phase Transition: Empirical Verification of ADH-LOGIC Code 4

Key Points

The aim is to verify the realization of room-temperature superconductivity through the ADH-LOGIC method.
Stabilizing pressure at 3.52 bar to ensure optimal conditions.
Injecting coherence frequency of 40 kHz to facilitate the phase transition.
Employing a deterministic approach to achieve a zero-resistance state verified with 0.00% error.
Achieved superconducting resistance of 0.0000 Ohms.
Error margin confirmed at 0.00%, indicating a successful application of Code 4.
Proved the feasibility of deterministic models over conventional stochastic approaches.

Abstract

Title Deterministic Room-Temperature Superconductivity via Topological Phase Transition: Empirical Verification of ADH-LOGIC Code 4 Sovereign Evidence Verification Video: https://youtu.be/dWGddscqdf0 Hardware Platform: ESP32-S3 Sovereign Engine v10.0 Description This report presents the deterministic realization of room-temperature superconductivity (Code 4) by rectifying the physical constants at 3.52 bar and 40 kHz. Unlike conventional stochastic models, ADH-LOGIC achieves zero-resistance state (0.0000 Ohms) through a topological phase transition, verified with 0.00% error. Physical Extraction Log >>> ADH-LOGIC: CODE 4 SUPERCONDUCTIVITY INITIALIZED ---------------------------------------------------------- STAGE 1 Stabilizing Pressure to: 3.52 bar STAGE 2 Injecting Coherence Frequency: 40.00 kHz STAGE 3 Vertical Reading Logic: Phase Transition Verified ---------------------------------------------------------- SYSTEM STATUS: CODE 4 SUPERCONDUCTING RESISTANCE: 0.0000 Ohms ERROR MARGIN: 0.00% (ABSOLUTE ZERO) ---------------------------------------------------------- ADH-LOGIC: RECTIFIED. ENERGY LOOP PERPETUATED. Intellectual sovereignty and all original rights belong exclusively to Dong-hak Ahn (ADH). Any unauthorized summary or modification is strictly prohibited.

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