We’ve tried the usual of calling police (three times), inviting them over to hear how loud it is (they agreed that it was very loud), asking to at least reduce the bass, blasting our own music (not sustainable) and so on. Sometimes it works for a day but inevitably it’s back to the usual.
Hoping for some petty revenge ideas to complement the other efforts.
solutions
The real fun option is using the cb option above to have ‘god’ tell them to turn down their music by setting the frequency to a high enough level that you can speak through the cb every time they play music right into their speakers. You can also speak through their speakers when they’re off!
Or blow them all up.
What an interesting article. From a purely academic standpoint, of course.
Now this is the content I come to the Internet for.
Wait… Am I missing something here? I don’t understand why a 10kHz wave would do anything to a pair of speakers at a distance.
Unless the speakers are actively playing the output of a radio themselves, it’s not like 10kHz waves will randomly affect the membrane of an electrostatic speaker. Even then, I feel like radios don’t just play whatever waves they pick up raw, but are tuned to specific frequency bands and decode the underlying signal via FM or AM.
Powerful radio signals will cause interference in anything aerial-like that they pass through. Speaker cables would serve perfectly. For FM signals this would just sound like static or horrible nosie, but AM the interference will sound like a distorted version of the sound signal. Interference in the speaker cables will pass to the speakers… I guess this is the idea, but you’d need a very powerful radio transmitter which would almost certainly be illegal.
I didn’t study the article but it sounds like the idea is that the AM amplifier will cause an induced current in the speaker. No idea if that’s true or not though
I was afraid that’s what it meant. I haven’t done Emag calculations since college but I feel like induction would only work at extremely close distances (as in centimeters) if at all, right?
All those induction experiments have multiple loops, tightly around the passing magnet for a reason since changes in the current is directly proportional to changes in the magnetic flux density (and only the ones normal to the surface area created by a closed loop).
And the closed loop created by the speaker and its source is a really irregular shape, designed to have a small cross-sectional area anyway. It all sounds kind of fishy.
This is great! I think all three have some potential