Cost effective Schumann Resonator


After reading about the Acoustic Revive unit, I was looking on Ebay and found a Schumann Resonator for $175 (plus $20 for a very nice plexiglass case). It's model designation is Chartres Mk.2. It is made by a fellow named David in Indonesia. He was a pleasure to deal with, start to finish. The unit arrived in about 10 days. The fit and finish was reassuring. It is a circuit board with good quality components mounted between two sheets of well cut and finished plexiglass.
I have read, and failed to understand a lot that has been written about Schumann resonators, but I am willing to. Suspend disbelief and try a tweak that a lot of folks say works. My initial reaction on hooking up the resonator was disbelief. Sound stage and localization were noticeably better. I had to disconnect and reconnect the unit several times to convince myself that I wasn't fooling myself. Mechanism of action be hanged, it made a very positive difference in my system. This finding was confirmed my moving it to a second system where, again, spatial information seemed much improved.
I am very happy with this purchase. Results rule!
shyood
Nonoise and James:

Experimentation is the Key to Having the Schuman generators improve the sound. Five to eight feet is often the normal range for best results and centered between the speakers.
I do like their effect using them in a traditional stereo system, a dedicated headphone system, and a car system. Acoustic Revive, Telos, Stein, and by far the most beneficial - the Synergistic  Research Atmosphere units. 
Enjoy.

David Pritchard



Another inexpensive alternative, and one which I've explored, is the Schumann Frequency CD, available from any number of Internet stores. Of course the Schumann Frequency is not an electromagnetic wave but an acoustic wave. The trick is to get the 7.8 Hz frequency out into the room using ordinary speakers, if you see what I mean. 

@geoffkait But what if your speakers cannot go down to 7.8 Hz as most speakers cannot?
It's really the same sort of problem as for the electromagnetic wave Schumann generators that I alluded to earlier. Since the EM wave of 7.8Hz requires an antenna that’s 25,000 long how do they get the darn thing into that little box? 😬 By the same token, how can they get a 7.8Hz acoustic wave into the room - even with computer speakers that have a low end of what, 70Hz or something? Answer at 11.

Addendum: I was telling someone this morning about the Schumann frequency and the CD with the Schumann frequency on it. When I informed him he couldn’t hear 7.8Hz he asked, "why would I want to listen to it if I can’t hear it?" Which is, actually, a perfectly reasonable and valid question. 🙄