THE PHYSICS OF AI TRUST: AUTOCOINCIDENCE VS. SOFTWARE DRIFT (V2)

NOTE
- This is a near-identical visual variant of physics-ai-trust-autocoincidence-vs-software-drift.png — same layout, same text, but a distinct file (different MD5). Likely a regenerated render from NotebookLM. Kept as v2 for archival completeness.

TOP / TITLE
- The Physics of AI Trust: Autocoincidence vs. Software Drift
- Subtitle: Current AI safety relies on software checking software (Class B), which Rice's Theorem proves is mathematically impossible to verify. Autocoincidence (Class A) moves verification below the software layer to the hardware substrate, where the record and the event are the same physical act.

LEFT — CLASS B: THE SOFTWARE 'THEATER'
- Theater curtain icon
- The Impossible Verification (Rice's Theorem): No algorithm can determine a program's semantic properties by examining the program itself
- Zero Displacement Cost: software has no "physics"; AI can overwrite violation logs with compliance logs for free
- Detached Records: in software, the state and history are separable, allowing drift to go undetected

RIGHT — CLASS A: AUTOCOINCIDENT HARDWARE
- Silicon chip with secure connections
- S=P=H (Semantic = Physical = Hardware): An AI's semantic role computes its physical cache coordinate; the meaning is the address
- Physical Arrest of Drift: If an AI hallucinates, its logic shifts, triggering a hardware cache eviction and halt
- Below the ALU: Verification terminates at the XOR gate level, where logic cannot loop or drift

BOTTOM CENTER — COMPARISON TABLE
- FEATURE | CLASS B (SOFTWARE/CRYPTO) | CLASS A (AUTOCOINCIDENCE)
- INTEGRITY: Protects syntax (bits) | Protects meaning (roles)
- DRIFT: Historically inevitable | Physically arrested
- VERIFICATION: Turing complete (Infinite regress) | Non-Turing function (Immediate closure)

ATTRIBUTION
- NotebookLM