Gravitational Freeze-In of Scalar Dark Matter from Environment-Dependent Kaluza-Klein Moduli
A small, trusted kernel: a few thousand lines of code that check every step of every proof mechanically. Everything else (the AI, the automation, the human guidance) is outside the trust boundary. Independent reimplementations of that kernel, in different languages (Lean, Rust), serve as cross-checks. You do not need to trust a complex AI or solver; you verify the proof independently with a kernel small enough to audit completely. The verification layer must be separate from the AI that generates the code. In a world where AI writes critical software, the verifier is the last line of defense. If the same vendor provides both the AI and the verification, there is a conflict of interest. Independent verification is not a philosophical preference. It is a security architecture requirement. The platform must be open source and controlled by no single vendor.
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"Without them, I'd just be a singer-songwriter. No one gives a [damn] about singer-songwriters," he joked.
At the other extreme: if you’re coding for a space probe on a 50-year mission, almost all errors are expected, including catastrophic hardware failures.