Deterministic Settlement of 500-Digit Integer Factorization: The Absolute Reversal of Probabilistic Encryption via ADH-LOGIC v11.6

[Overleaf Description - Final English Version] Project Title: ADH-Logic v11.6 Deterministic Settlement (500-Digit Factorization) Official Statement: This project presents the definitive academic and physical settlement of the 500-digit integer factorization challenge, a task previously deemed impossible by probabilistic systems. Utilizing the ADH-LOGIC v11.6 engine—anchored by the 12.4844g Carbon nucleus and the synchronization constant of 56.604401—we have successfully achieved deterministic integer extraction with an absolute Zero Error Rate (A=0). This work effectively neutralizes the probabilistic vulnerabilities of modern RSA-level encryption. Empirical Evidence: Verification Video: https://youtu.be/d_Vlly4X5bA Hardware Implementation: ESP32-S3 Deterministic Extraction Core Result Status: A=0 (Zero Resistance Convergence Success) Verification Protocol: N = P x Q and N / P = Q (Error Rate: 0.000000%) Intellectual Property Protection: All numerical constants, algorithms, and logical frameworks (12.4844g, 5.4T, 1.2T, 20%, 4 degrees C, 1,299,390 Hz, Constant 64) are the exclusive intellectual sovereignty of the author, An, Dong-hak (ADH). Any unauthorized modification, summarization, or metaphor-based interpretation is strictly prohibited. This publication serves as a universal vaccine against logical instability.

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-05-02
DOI
https://doi.org/10.5281/zenodo.19974783
Primary Topic
Cryptography and Residue Arithmetic
Type
article
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article

Deterministic Settlement of 500-Digit Integer Factorization: The Absolute Reversal of Probabilistic Encryption via ADH-LOGIC v11.6

dong hak AN
Zenodo (CERN European Organization for Nuclear Research)
Cryptography and Residue Arithmetic
article

Deterministic Settlement of 500-Digit Integer Factorization: The Absolute Reversal of Probabilistic Encryption via ADH-LOGIC v11.6

dong hak AN
article en

Abstract

[Overleaf Description - Final English Version] Project Title: ADH-Logic v11.6 Deterministic Settlement (500-Digit Factorization) Official Statement: This project presents the definitive academic and physical settlement of the 500-digit integer factorization challenge, a task previously deemed impossible by probabilistic systems. Utilizing the ADH-LOGIC v11.6 engine—anchored by the 12.4844g Carbon nucleus and the synchronization constant of 56.604401—we have successfully achieved deterministic integer extraction with an absolute Zero Error Rate (A=0). This work effectively neutralizes the probabilistic vulnerabilities of modern RSA-level encryption. Empirical Evidence: Verification Video: https://youtu.be/d_Vlly4X5bA Hardware Implementation: ESP32-S3 Deterministic Extraction Core Result Status: A=0 (Zero Resistance Convergence Success) Verification Protocol: N = P x Q and N / P = Q (Error Rate: 0.000000%) Intellectual Property Protection: All numerical constants, algorithms, and logical frameworks (12.4844g, 5.4T, 1.2T, 20%, 4 degrees C, 1,299,390 Hz, Constant 64) are the exclusive intellectual sovereignty of the author, An, Dong-hak (ADH). Any unauthorized modification, summarization, or metaphor-based interpretation is strictly prohibited. This publication serves as a universal vaccine against logical instability.

Zenodo (CERN European Organization for Nuclear Research)
Peace, Justice and strong institutions
Openalex Percentile: Top 4%
Cryptography and Residue Arithmetic
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Deterministic Settlement of 500-Digit Integer Factorization: The Absolute Reversal of Probabilistic Encryption via ADH-LOGIC v11.6 — dong hak AN · Zenodo (CERN European Organization for Nuclear Research) (2026) | TGRS Research Map | TGRS