MSC/CBC: Clockless Processors for Ethical AI — Energy-Efficient Symbolic Computing Validated in Silicon Simulation

MSC/CBC: Clockless Symbolic Processors for Ethical AI — Validated Prototype & Open Framework This publication presents a fully validated prototype of the MSC/CBC symbolic architecture — a novel computing framework that eliminates clock cycles and enables computation via symbolic coherence. Key features include: CBC v3.3 Proof-of-Concept: A symbolic compression engine that demonstrates perfect reversibility and positional coherence formatting, allowing direct symbolic computation over compressed data. Although it does not reduce file size in its current form, CBC serves as a new format for computation itself. Clockless MSC Simulation: A successful simulation of 7 MSC cores operating asynchronously (event-driven, not clock-based) implemented via Verilog in EDA Playground. Ethical Hardware: Integration of the immutable Meira Protocol, a set of embedded directives that enforce non-violence, energy sustainability, and moral logic directly in hardware. Open Repository: All source code, simulation logs, video demonstrations, and CBC test files are available in the GitHub repository: https://github.com/Arturdonascimento/MSC-CBC