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The type of material used would have a huge impact on the sound.
Polythene for a modern sound, vulcanised rubber for a more mellow vintage sound.
Sorry, that's just not true. Gibson and Fender will do whatever it takes to part you from your hard-earned money. If you think tonewood is important, they'll build guitars from tonewood, they'll charge you a fortune for them, and you'll pay up.
Squires come in basswood, agathis, poplar, alder, mahogany, cedar and pine. Epiphones use basswood and lots of things called mahogany (that wouldn't have been called mahogany 50 years ago).
Doesn't that contradict your argument that tonewood is important (and good)?
That Les Paul sounded magical in the hands of two great players. Perhaps the player is more important than the wood that the guitar is made from?
I'm not sure what your opinion is - at the start you say that tonewoods affect the tone, then you say that great tonewood is a bit meh, then you diss one of the greatest guitars the world has ever known. So is tonewood important? From what you've said it doesn't seem to be.
Confused :-(
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Formerly TheGuitarWeasel ... Oil City Pickups ... Oil City Blog 7 String.org profile and message
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What I'm trying to say, albeit clumsily as you illustrate is yes there can be a difference but only you can decide if 1) it's 'better' or 2) it matters to your style of playing. However those differences can be generalised - and when you generalise you always create exceptions to 'the rule'.
And yes, the most important factor in all of this is the player.
Clear as mud? :-)
This highlights an important point in this debate - when people have prior expectations of what should sound 'best', or believe that a certain method of construction or wood will influence the sound in certain way and have prior knowledge of the way an instrument is built, they will hear what they expect to hear. However, in blind testing this preference and (supposed) ability to discriminate no matter how robust, will disappear. This seems to have been a major topic in research in relation to old violins recently, and has pretty much blown the mythology of the Stradivarius, the importance of 'aged wood' and so on out of the water. Amazingly, this appears to be equally true for both listeners and players. For example.
http://www.pnas.org/content/109/3/760.full.pdf
http://www.pnas.org/content/111/20/7224.full.pdf
It is also interesting that there is a vast amount of research on the way construction and wood affects the sound of violins, acoustic guitars and so on (as with the study of Chladni resonance patterns) but no seemingly true academic study of the effects of 'tone wood' in solid body electric guitars - just as there seems to be no academic study of 'directionality' in audio cables, and probably for much the same sort of reason! As is the case with the 'tone wood' debate, discussion of such things seems to be more or less confined to enthusiast forums and the blurb of those with a commercial interest in the topic.
Even if 'tone wood' does have an effect, so what? If 'maple is brighter than mahogany', turning down the tone pot a fraction would make more difference. Similarly, electric guitars are so sensitive to changes in their circuitry that the supposed differences in tone between two instruments that are nominally the same could well be due to normal manufacturing variations the resistance of one of the pots.
I have been doing a lot of reading concernig the claim that the wood of a solid-body electric guitar can have a significant impact on the harmonic content of an already vibrating string. From what I have read so far there are a whole raft of reasons to believe that, if such harmonic variations did occur, they would be totally swamped by other factors.
Firstly, the string material itself imposes strong limitations on just which harmonics will sound with a stiff steel string supporting different harmonics to a supple silk or nylon strings, and as electric guitars always use steel strings the inherent 'twang' they have will persist, whatever the body they are strung across is made of.
The second major determinant of the harmonic content of the note is the player themselves, for example by means of varying the picking position.
Thirdly, in an acoustic instrument, once the string is vibrating almost all of what one actually hears depends on the way the structure of the guitar - and especially the thin wooden resonator of the sound board - responds to the energy of the string, along with the way it is amplified by the air in the instrument, which acts as a 'Helmholtz resonator'. In effect, the main role of the string is to energise the body of the guitar and the air within it, with the vibrations of these and the harmonics they support giving the instrument its characteristic timbre and tone.
A key point here is that the actual wood used, even in an acoustic instrument is, at best, of secondary importance, and is chosen no so much for its intrinsic 'tone', but its strength, flexibility and so on, much as the material of a speaker cone is selected for its flexibility rather than the intrinsic tonal quality of compressed paper. Good demonstrations of the way structure is primary are the many studies of the effect of bracing design on the sound of violins and guitars, and those guitars made out of old pallets by Taylor, who wanted to demonstrate that even if others built guitars from the same wood, Taylor's construction skills still produced a better guitar.
In comparison to the influence the string has on the body, the influence the body has on the string is limited, as even if certain harmonics were damped more quickly on one instrument as compared to another, these differences would likely be swamped by the initial harmonic content of the plucked note, the harmonics preferentially supported by the string material, the more rapid natural decay rate of the higher harmonics, and so on. Then there are the limitations of the human ear to discriminate changes in the amplitude of a given harmonic and the problem that people tend to 'hear with their eyes'.
Still looking for a definitive answer. I must be an optimist!I have two Strats. One of them sounds brighter than the other unplugged. Guess what it sounds brighter plugged in as well.
I've had the same with Les Pauls. My previous one was much brighter unplugged than my current one. It also sounded much brighter plugged in.
It isn't just whether they are bright or dark sounding - something that could be EQ'ed out. Some guitars seem to sound more 'alive' than others for want of a better word. Almost always, these ones also sound a lot more lively unplugged.