MrTondo
New member
Re: Pickups for mahogany Tele???
Just to contribute a little to this discussion. As an Applied Physics MSc I can tell there is a certain thing physicists call coupled oscillators. It basically means the movement of the one oscillating (vibrating) part (in our case the string) is coupled to the vibration of the other one (the wood) and vice versa. With the tonality of the strongest oscillator determining the character of both oscillators as a main rule.
One famous example is that of an experiment by Dutch physicist and inventor of the pendulum clock Huygens. He noticed that although he set his clocks up to start at a different time and speed after a while they would exactly tick tack in sync. He found out that the frequency and timing of the ticking was determined by this big heavy clock he had, that all the other smaller clocks would follow that big one. They did not have to be connected, the (bearly noticable) vibration of the floor was already enough to synchronize them. And their mutual resonance was enough to keep them in pace
Our guitar functions similarly the vibration starts at the string and then is fed into the wood, but then the wood in turn communicates with the string and the two together determine the sound. The properties of the two of them together determine both the way the string vibrates and the way the wood vibrates. And the signal of the string is then picked up by our magnetic pickups and goes through all the electronics etc into our amp and speaker.
Then you can argue about how much of the sound is determined by which oscillator. Which of the two is the stronger oscillator? The only real way of settling this would of course be to measure it by taking out all the components (tuner/nut/strings/bridge, electronics and wires) out of a guitar and suspending them in air on a vibrationally isolated stand and tuning them to the exact same pitch, getting the same pickup-placement etc. and then listening to the difference in sound (or putting it into your spectrum analyser if you will). I wonder whether anyone has ever done this, I guess not. But what I do know is that there are woods that sustain better than other woods, this results in longer string ringout on a guitar, thus proving the influence of the presence of wood on the vibration of the string. Then it would be physically logical to assume that not only the duration, but also the timbre (tone) of the string vibration is influenced by the wood.
So that is where I stand. The wood matters, yet the most important parts are the pickups, speaker and amp, since we all can tell what we produce with them is not even remotely the same we hear when we play acoustically. So for the money I would go for either a speaker replacement, or a pickup replacement, which was why this thread was started anyway I believe. So let's get back to that.
Just to contribute a little to this discussion. As an Applied Physics MSc I can tell there is a certain thing physicists call coupled oscillators. It basically means the movement of the one oscillating (vibrating) part (in our case the string) is coupled to the vibration of the other one (the wood) and vice versa. With the tonality of the strongest oscillator determining the character of both oscillators as a main rule.
One famous example is that of an experiment by Dutch physicist and inventor of the pendulum clock Huygens. He noticed that although he set his clocks up to start at a different time and speed after a while they would exactly tick tack in sync. He found out that the frequency and timing of the ticking was determined by this big heavy clock he had, that all the other smaller clocks would follow that big one. They did not have to be connected, the (bearly noticable) vibration of the floor was already enough to synchronize them. And their mutual resonance was enough to keep them in pace
Our guitar functions similarly the vibration starts at the string and then is fed into the wood, but then the wood in turn communicates with the string and the two together determine the sound. The properties of the two of them together determine both the way the string vibrates and the way the wood vibrates. And the signal of the string is then picked up by our magnetic pickups and goes through all the electronics etc into our amp and speaker.
Then you can argue about how much of the sound is determined by which oscillator. Which of the two is the stronger oscillator? The only real way of settling this would of course be to measure it by taking out all the components (tuner/nut/strings/bridge, electronics and wires) out of a guitar and suspending them in air on a vibrationally isolated stand and tuning them to the exact same pitch, getting the same pickup-placement etc. and then listening to the difference in sound (or putting it into your spectrum analyser if you will). I wonder whether anyone has ever done this, I guess not. But what I do know is that there are woods that sustain better than other woods, this results in longer string ringout on a guitar, thus proving the influence of the presence of wood on the vibration of the string. Then it would be physically logical to assume that not only the duration, but also the timbre (tone) of the string vibration is influenced by the wood.
So that is where I stand. The wood matters, yet the most important parts are the pickups, speaker and amp, since we all can tell what we produce with them is not even remotely the same we hear when we play acoustically. So for the money I would go for either a speaker replacement, or a pickup replacement, which was why this thread was started anyway I believe. So let's get back to that.