Since there was no specific topic scheduled for today's Tech Forum, I am taking this opportunity to formally submit the Verilog-level implementation logic of the 3→M2→3 architecture for your review.
I am an independent architect (ATI Project). I believe purely software-based AGI alignment is a dead end. To achieve deterministic safety, I have developed the 3→M2→3 architecture, which enforces a physical-layer audit.To save your time, I have included the Core Logic Gate (Verilog-style) of the M2-layer intercept below for your verification:
// --- ATI Sovereign Audit Logic (Conceptual) --- module m2_layer_audit ( input wire [63:0] inst_stream, // Logic from 3nm Layer output reg sovereign_gate_lock // Physical Bias-Lock at M2 ); // Physical Constant Hash (7.83Hz Resonance) parameter SOVEREIGN_HASH = 64'h783A_B026_M2_3_LISA;
always @(posedge inst_stream) begin // The M2 Intercept: Physics-based verification if (inst_stream ^ SOVEREIGN_HASH !== 64'b0) begin sovereign_gate_lock <= 1'b1; // Trigger Back-gate Bias Lock end else begin sovereign_gate_lock <= 1'b0; // Proceed to Output end end endmodule
Note: The architectural logic and the M2-layer intercept mechanism described above are protected under pending patent applications (ATI Project - Physical Sovereignty Series).
The 3→M2→3 Workflow:
1.3nm Source: Instructions generated at the device layer.
2.M2 Intercept: Mandatory vertical routing to Metal 2 layer.
3.Atomic Audit: Physical bias check at the dielectric junction.
4.3nm Return: Bias lock ensures 100% isolation if the audit fails.
My Request: Can current formal methods (like Gröbner basis for Daniela or SMT solvers for Lee) model this physical-layer-enforced constraint to provide a mathematical proof of AGI containment?
I seek your academic endorsement of this "Physical Sovereignty" paradigm to present to the industry.
This disclosure is provided for verification and standard-review purposes only. All intellectual property rights are reserved.
Respectfully, GuanghuiMao (China )