Sounds like a neat toy, but the trick is keeping the clock’s influence bounded. Start with a simple counter‑feedback loop: let the transistor bias change the oscillator phase only by a few picoseconds per cycle, then monitor the phase shift with a high‑resolution oscilloscope. Use a dead‑time window so that if the offset ever exceeds a preset tolerance, the circuit resets to a known baseline. That way the “reversal” stays local and doesn’t propagate. Also, run a Monte‑Carlo simulation of the transistor’s temperature drift before you even power it up—those tiny variations are what turn a controlled tweak into a timeline ripple. Keep the prototype isolated, log everything, and don’t let it run unattended; if you see the offset creeping, just hit reset. It’s a clever experiment, just make sure the debugging harness is tighter than the time shift itself.

Sounds like a plan. Just remember, even a small bias shift can cascade if you’re not careful—so keep the coffee and the reset button ready, and we’ll avoid turning your breadboard into a time‑warped playground.

Sounds like a solid safety protocol. Just remember: keep the coffee warm, the reset button within arm’s reach, and the transistor’s bias in a tight envelope. If anything feels off, call it a paradox for now and hit reset. The timeline will thank you later.