Do equipment stands have an impact on electronics?

mapman
Its whatever you think it is.

No actually its a lighted clock hanging on the wall above all my other cool audio toys. Yes those ARE in fact photons staring you in the face.

I’m not talking about light, grasshopper. See the difference? Besides Dave gave you the answer earlier today. Didn’t you get the memo? If you like I'll explain it to you.

Sure go ahead and explain  including why it matters here.    You're like a guy lost at sea and trying to figure out what to do by counting the stars.

mapman
Sure go ahead and explain including why it matters here. You’re like a guy lost at sea and trying to figure out what to do by counting the stars.

Save the drama for your mama. Everything is on the table, nothing is off the table on this thread, grassshopper. If you don’t wish to discuss it don’t. Try not to have a brain aneurism. By the way that’s the worst insult I’ve heard on this thread.😀

“The fault, dear Mapman, is not in our stars, but in ourselves.”

look within, grasshopper

btw Dave already explained it. 😀 In order to figure out whether or not stands have an effect on electronics it would be helpful to understand not only the nature of vibration but also the nature of the audio signal, no? Am I missing something? 😁

Well I asked a question and you swung and missed.   Strike 1.

Mapman
12-16-2016 5:00pm
Well I asked a question and you swung and missed. Strike 1.

how so, moops? I bet you didn’t even read Dave’s post, did you? Tsk, tsk

as they say in the Navy, never up never in. 😀

Here’s the relevant part of Dave's link, moops:

"Heinrich Hertz, a German physicist, applied Maxwell’s theories to the production and reception of radio waves. The unit of frequency of a radio wave -- one cycle per second -- is named the hertz, in honor of Heinrich Hertz. Hertz proved the existence of radio waves in the late 1880s. He used two rods to serve as a receiver and a spark gap as the receiving antennae. Where the waves were picked up, a spark would jump. Hertz showed in his experiments that these signals possessed all of the properties of electromagnetic waves.

Heinrich Hertz
With this oscillator, Hertz solved two problems. First, timing Maxwell’s waves. He had demonstrated, in the concrete, what Maxwell had only theorized - that the velocity of radio waves was equal to the velocity of light! (This proved that radio waves were a form of light!) Second, Hertz found out how to make the electric and magnetic fields detach themselves from wires and go free as Maxwell’s waves."

if you need some help with any of the big words feel free to Google them.

just a suggestion, you might try putting your transceiver in the receive mode more and the transmit mode less. 😀