
rupe
Active member
moltenmetalburn":3v2o2ybh said:rupe":3v2o2ybh said:My point is that the "factual science" doesn't necessarily translate into better/bigger tone. The only test anyone needs to do is listen...anything else just muddies the waters.moltenmetalburn":3v2o2ybh said:Variability in no way negates the factual science.
The pickups magnetics sense more metal and provide more output.
( boosting the amp inputs adds desirable compression and some breakup)
The guitar body resonates and vibrates more.
(Longer sustain ,more dynamic)
String tension directly affects the amount of string modulation happening.
( loose strings can actually produce a sort of chorusing effect)
It goes on...
Sure the players touch can add or detract from the final tone but the three example I used above are proven AND inherent long before the guitarist even picks up the instrument, plays it or amplifies it.
You may be trying to say this resulting in "better" tone is subjective. That I could stand behind, MANY guitarists sound like total crap and think its awesome.
Other than that I completely disagree with you, the facts of my testing have shown me otherwise.
Don't believe me because I said so, do your homework, break out the oscilloscope, consult l some scientists, test some strings at tension , the proof is there waiting for you to discover.
I consulted a collegiate physics professor and an acoustician friend of mine while testing theories. At the time we were designing string sets that never got off of the ground due to my busy touring schedule and actually getting beaten to the punch by another string maker.
I'm not saying that the things you've pointed out aren't true, rather that there are variables that affect these "truths". The science you present misses how a particular electric guitar may respond with a particular amp/speaker at a certain volume and in a certain place...there are mechanics at play in that scenario that aren't accounted for by your explanation (which essentially only holds true for an "unaffected" natural string vibration). You're over-simplifying things a bit when it comes to amplified tone as opposed to natural (acoustic) tone. And of course, as you noted, "better" is completely subjective.
Ahh much clearer, I see your points. Though I am adamantly against the idea of " just listen" or " use your ears" our ears are truly deceiving as they are connected to our brains. So much happens that my et cannot perceive yet is paramount to the resultant sound. I need more evidence than just my ear telling me its "good" ; what if I like bad guitar sounds!![]()
FYI we did also take many other factors into account, resonances, resonant peaks , used an anechoic chamber for some studies. Amplifed, acoustic, different woods etc... Two years worth of fun is not accurrately represented in my post above.
Anyway, not arguing just enjoying some discussion.![]()
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Absolutely

I used to feel the same way as you about the "just listen" approach, but came to my current position through the realization that any tonal traits that are essentially inaudible are also essentially unimportant. If the end goal is to produce a desirable sound, what's the point if I can't trust my ears to tell me that it's good? With a few exceptions, I think trusting your ears is the only way to go...it basically "filters out" all of the non-essential bs that we as players can tend to dwell on and focuses on what we (and our listeners) can actually hear.
That said, I'm all for the scientific approach in determining cause/effect tonal relationships in electric guitars. I've done some fairly robust testing in the past with different body/neck woods and direct mounted vs ring mounted pickups.