EQPU – 0DSTL Architecture: Deterministic Quantum-Analog Computing Framework (v5)

Update Notice – Version 5 We apologize for this further update. Up to version 1, the transistor logic architecture was only optimized by a few orders of magnitude – it was not yet fully 0DSTL-compliant (analog). The analog domain has so far focused primarily on neuromorphic structures and qubit-based processing. This update (v5) introduces the extended analog operation model at the transistor level and aligns the entire architecture with the physical principles of 0DSTL. This enables direct transformation of analog states without gates, cascades, or timing sequences, even on transistor logic. To better separate the model generations, the LTspice simulation data from version 1 is now located in a separate folder called "Optimized_Gate/". This folder represents the early, optimized, but still gate-based architecture phase, and the Non_Gate folder With the new transistor analog logic. Since a complete 64-bit operation in this physical domain would take place within a few femtoseconds to picoseconds, No times were determined. At this scale, time is no longer a relevant parameter – the process is primarily material-dependent, not time-dependent. • Added: Page 2: Section Reference Overview • Modified Page 23:  Point 4. • Added: Page 25: Analog Operation Non-Gate, Transistor-Based Definition) **Supplementary materials included:** - Whitepaper_EQPU_0DSTL V5.pdf   - LTSpice Simulation.rar **Legal Notice:**   The deterministic digital/analog 0DSTL logic topology and the EQPU architecture described herein are protected under German Utility Model registration (DPMA, 30 Sep 2025).  Reproduction, redistribution, modification, or commercial implementation without prior written consent of the inventor is strictly prohibited. © 2025 Sebastiano Torrisi — All rights reserved under Creative Commons Attribution–NonCommercial–NoDerivatives 4.0 International.