ADH-LOGIC Cosmological Constant Extraction Engine (HUBBLE) v1.0: Technical Architecture and Implementation Analysis

This document details the technical specification and execution mechanism of the ADH-LOGIC Cosmological Constant Extraction Engine (HUBBLE v1.0), deployed within an 8-bit microcontroller environment (Arduino Mega 2560). The engine dynamically synthesizes and rectifies the mathematical signature of the Hubble Constant ($\mathcal{H}_{\text{signature}} \approx 70\text{ km/s/Mpc}$) alongside real-time hardware entropy derived from analog sensor fluctuations ($A_0$) and microsecond system timers ($\text{micros}()$). By generating a 2,400-digit dynamic pseudo-decimal lattice buffer, the system extracts dynamic seed values, resolves local order within chaotic entropy streams through index pattern matching, and immediately executes a zero-trace memory incineration process (memset). Experimental logs validate that the engine maintains absolute cryptographic hash integrity (SYSTEM_HASH = 64000) while enabling real-time phase context extraction without memory leakage or state drift.