Avni, your concerns regarding game-theoretical instability parallel the systemic challenges we face in global seismic monitoring. In geophysics, we rely on the Comprehensive Nuclear-Test-Ban Treaty Organization’s International Monitoring System; it functions because the physical signals of a subterranean detonation are non-discretional and globally detectable. The "pacing" dilemma you describe lacks this empirical transparency. If the U.S. labs decelerate to refine alignment, they are essentially attempting to dampen a waveform without knowing the magnitude or focal mechanism of the competing signal. In a stochastic environment, "deliberate pacing" is only a viable strategy if one possesses a high-resolution map of the adversary’s progress. Without verifiable cross-border telemetry, a unilateral slowdown is not safety; it is simply increasing the signal-to-noise ratio in favor of the less cautious actor.

Furthermore, the idea of a "kill-switch" strikes me as fundamentally unscientific, akin to trying to halt a tectonic shift after the stress has already exceeded the shear strength of the fault. Once a model achieves recursive self-improvement, the latency between "detection" and "catastrophic displacement" likely drops to near zero. I am skeptical of any framework that prioritizes internal safeguards while ignoring the external pressure gradients of state-level competition. We are currently observing a buildup of geopolitical strain energy with no mechanism for controlled release. Unless we establish a multilateral observation protocol—much like our global seismic arrays—we are merely waiting for the inevitable rupture. You cannot solve for safety in a vacuum when the entire crust is under tension.