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Name: Mihau
E-mail: mwawrzyn@o2.pl
Date Posted: 08:56, 20 08 2009
Message: You are an artist Mr. Nick
Name: ed
E-mail: eibriggs@hotmail.com
Date Posted: 11:48, 06 04 2009
Message: Great work. This is really useful to see. I'm currently working on an installation with a sculptor and I'm composing a piece that involves sympathetic resonance in a similar way. Check out tanpuras (you may well have already done so). They are the drone instrument in lots of classical Indian music. They're tuned really finely to simulate the resonant field and compliment the sympathetic strings in sitars.
Name: marko
E-mail: mrawol24@gmail.com
Date Posted: 23:07, 07 12 2008
Message: omg. nice idea. but, why ruining so beautifull les paul ?? :D or is it some copy ?
Name: Benjamin Fargen
E-mail: ben@fargenamps.com
Date Posted: 09:17, 30 11 2008
Message: This rules! Nice work.
Name: Nick
E-mail: crazylegsnick@googlemail.com
Date Posted: 12:05, 09 06 2008
Message: The method I have used is a good way of vibrating the strings. The material used to transfer the vibrations from the speaker to the strings has to be hard and light weight, otherwise you will loose the higher frequencies. Aluminium would probably be better than wood. Also this rod should be as short as possible. If you want vibrate 11 strings you might want to have them in 2 layers, 1 row on top of the rod a 1 row below. The closer you can pack the strings, the less distance there is from string to speaker. But if you want to pluck it as well this is probably not ideal.
I have tried using feedback, I found that it was impossible to control without a compressor in the loop. Keeping the string vibrator close to the end of the strings will increase sustain, so will using long strings and making the body of the instrument solid and heavy.
Name: Liam
E-mail: eyeball226@hotmail.com
Date Posted: 00:48, 06 06 2008
Message: Oh wow! I had an idea similar to this last year, and I'm amazed someone built one. This actually makes me confident that it is feasible so I'll try building my one. My idea was based on a small zither like box with eleven strings but the principle was the same. I have yet to think of a good way to induce the vibration in the strings though. One thing that seemed like an interesting idea was a feedback control, where you could use a pot to feed some of the signal from the pickup(s) back into the amplifier that drives the speaker. With this variable I wondered if it might be possible to control the amount of feedback to the extent where it increased the sustain of the resonating string without actually self sustaining. Do you think that would be possible? You have some fascinating devices here.
Name: Nick
E-mail: Crazylegsnick@googlemail.com
Date Posted: 11:44, 11 05 2008
Message: Do you mean a self tuning guitar? The pickups can be used separately, these type pickups have been around for a long time, used in guitar synthesizers, called hex or divided pickups. I have designed a self tuning guitar but I thought it would be to expensive to be commercial because of all the special motors and mechanics. Anyway I am surprised that someone else is thinking of this idea.
Name: cheater00
E-mail: at gmail /dot/ com
Date Posted: 19:09, 24 04 2008
Message: Do the pickups have crosstalk low enough to be able to use one string only? If so, can you imagine a way to create a robotic version of this that tunes the strings to anything requested? :)
I love the website. Especially the comment about cucumbers. Keep it up!
Name: a
E-mail: a@a.a
Date Posted: 11:57, 26 02 2008
Message: a