[BOMBAYCAT]

One thing to think about is that glass doesn't let UV radiation pass through very well. The pot wouldn't be as strong since the resin is the plants attempt to make sunscreen. That is why some LED lights have a few UV bulbs in them. Some day I am going to experiment and see how much percentage of UV is stopped by the glass.

[Drop That Sound]

Years ago for less than 5-10 dollars worth of parts, I could bounce a cheap laser off a window and back into a radio shack photocell. Then I used some free program (audacity and a plugin?) if I remember right, to convert the photocells signal back into noise.

The window vibrations are what made this possible. I could hear my family's convo's very well, halfway through the house, from around 50 feet away.

Imagine what one could do now, like 15 years later, with a few extra bucks. Especially police and other bad guys. I bet there are powerful invisible lasers that can't even be seen, unlike my cheap gas station one during my test.



FLIR is one thing, but what about smart meters, etc. How much do we really know?

The electricity coming into are homes is pretty dirty, no one really filters it. We've have had wifi cards that transmit through your house wiring, and now even light bulbs! Almost all the equipment we buy is regulated, and probably has some chip built in that relays information to the smart meter. Just like the backdoor in every intel processor.

Samsung smart TV's and other devices listening are another thing, but even the older televisions had speakers. A speaker is no different than a microphone you know.. just a simple input switch in the audio circuit and it now is one. If the TV\monitor is new enough that it has a small led light that stays on while plugged in/turned off, then there is certainly enough juice to use one speaker to listen to people.


If they can legally use FLIR against us, imagine what they are illegaly doing! :o