The Thing - aka The Great Seal Bug - Followup

In this follow‑up, I go beyond the simplified model from the first video. Instead of acting like a single resonant circuit, the Great Seal Bug actually behaved like two coupled resonators. The long antenna formed a low‑Q circuit with high radiation resistance, which allowed it to efficiently couple energy into and out of the surrounding quantum electromagnetic field. Inside the device, the cavity acted as a high‑Q resonator, storing energy much longer and shifting its resonant frequency as the membrane moved with sound. Because the device had no power source of its own, it didn’t oscillate freely. It was forced to oscillate at the frequency of the external illuminating signal, and the cavity’s resonant frequency shift caused the strength of that forced oscillation to rise and fall. That produced the dominant amplitude modulation. A small amount of frequency modulation also appeared, but only as a side effect of the tiny off‑frequency excursions the external signal allowed. Here is the link to the video, CIA Secrets: Stealing Secrets:    • CIA Stealing Secrets   Vocademy - Free Vocational Education vocademy.net