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My entire point here is 'it is complicated' and I'm against having an absolute position either for or against the original premise.
What I know about building (a few) acoustic instruments is you can partially mitigate the inherent tonality of a piece of wood by making informed decisions around the rest of the build.
With electrics it is harder to measure because an electric guitar is not primarily an acoustic system.
The electronics/pickups/effects/speaker choices impact more.
But Thee Colours position is insane- go play 50 guitars unplugged and tell me that the wood doesn't affect what you hear.
But then go and play 50 identical guitars (same wood) and tell me that there is not a similar range of behaviours.
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As we know, advertisers never normally make outrageous claims about their products without first carrying out stringent and exhaustive scientific research to validate their hyperbole, so I think he may have a point.
To quote the song, "I know what I like and I like what I know" - I'm quite happy to have an *OPINION* about something. Its not right, its not wrong and doesn't have to have a scientific basis - much like liking the taste of Peanut Butter, or being attracted to Blondes, or liking a particular piece of music. My own opinion is *yes it does* - but to what end is based on many other variables that have been covered many times over.
Time for the chain to be pulled on this thread, me thinks...
But the burst would have a pretty decent flame on re-entry.
Just a few points. OK, so everyone seems to accept that the claims that certain woods have specific and predictable tonal qualities is nothing more than marketing BS. Also, two very different instruments can be made to sound the same, or as close as makes no practical differences, even if they are made of very different woods and have a different construction. Given this, the species of wood a solid body guitar is made of is, from a practical perspective, something of an irrelevance, and so nothing worth getting worked up about.
Secondly, I don't deny that various guitars can feel and acoustically sound different when made of different woods, whether they are solid or hollow bodied and so on. However, whether these differences make a significant contribution to the sound coming from the pickups is another issue altogether!
I see nothing wrong with wanting to understand better what lies behind the solid body guitar 'tone wood' debate, irrespective of whether it is a real phenomenon or a not. It is hardly my fault that all the evidence I have been able to find so does nothing to dispel the idea it is a myth. As I said, I would love to read any credible academic papers, or come to that any sources, showing exactly why 'tone' wood is a real phenomenon. I have nothing invested either way and so 'admitting I am wrong' would cause me no grief. It seems that the same cannot be said about everyone who has posted on this topic!
As to academics not having provided any proof that 'tone wood' does have an effect, this is hardly likely to be due to simply not caring about the subject, given that the whole academic industry is on a ceaseless quest to find new research areas (grants, tenures and Doctorates depend on it) and they seem to have studied practically every other area relating to the construction of musical instruments that one can think of.
If Swift was alive today he would probably make the 'tone wood wars' a central topic of Gulliver's Travels, rather than writing about the egg-related disputes of the 'Big-Endiens' and 'Little-Endiens'.
The conclusion is simply wrong. Their own graphs prove, absolutely unequivocally, that the body affects the amplified sound significantly as well as the acoustic sound, although less so. Every string's pickup graph shows differences in the 5-10dB range at various frequencies. 10dB is a *huge* difference. It also shows that the alder body is significantly brighter-sounding than the ash, because there is a roughly 2-3dB greater output, consistently across all six strings, above about 5Khz. (Whether or not that will come out through the average guitar speaker is a different question!)
It does not prove that there is a consistent difference between wood species, but it does clearly show that the resonance of the body is part of the amplified sound of an electric guitar, contrary to what's stated.
I also agree with Sporky - both of them are going to sound like electric guitars, because these differences are in the 2% not the 98% of the total sound. But they are still unquestionably real and the scientific proof that it is so is in those graphs.
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I'm amazed it hasn't been moved by this point....
Buy to Squier Strats, one maple neck, one rosewood.
Play one then swap in the neck from the other.
You will hear a difference.
Done!
If the thread didn't contain useful information it would have been closed some time ago. I'm still thinking about letting Billy Goat Gruff out of his cage.
If people disagree with that, no problem, that's the beauty of discussion you say what you all think.
But think about this, you can measure frequency response between a Alder body V Ash body and get a figure, but get a hundred bodies of each and see if the frequencies are the same each time.
if they don't because they won't as the grain will be different, age of tree, part of tree as grain gets tighter further up the tree.
Same with an acoustic spruce top, they say the best sounds are with a tighter grain, but I have played Martins with very wide grains that sound superb and tight grains that sounded shit, but that is what I thought, someone else may think different when they hear them.
We all have different views on sound as we hear differently, that doesn't mean we are all wrong or just someone is wrong.
As some have agreed already the evidence is inconclusive.