The left would say it's fake, and AI.
It would be difficult to prove them wrong.
It still would be very interesting
Another missed opportunity if it does not happen.
The left would say it's fake, and AI.
It would be difficult to prove them wrong.
It still would be very interesting
Another missed opportunity if it does not happen.
My point in this post, is NEXT TIME
Next time we need white hat operators that are listening in on every frequency
From infrasound to ultrasound, and common microwave / comms frequencies 800mhz to 5ghz; and bluetooth and wifi; and infrared also (infrared being demodulated like a modem into low fidelity sound in her ear)
laser would be harder. laser (say IR laser) to a device that can demodulate. If you're thinking "but she'll move"...yes that's why it would have to hit a large surface area that then uses the laser as a signal that is regenerated, not audio over a laser, more like gross morse code laser pulses that are demodulated
How to detect directional sound. I suggest sealing them all around in a type of cage so that this cannot happen. Plexiglass, maybe 20' away, sufficient that the cameras will not see them, but they would block ultrasonic directional sound,,,,so it would be more of a quality assurance thing. The studio could pass it off as bulletproof glass fencing