> Capleton's paper > (http://www.amarilli.co.uk/academic/acoustics/false_beats.pdf) notes > that once the string no longer touches the bridge cap, the bridge pin is > effectively a cantilevered termination. > > Isn't it possible that when the string touches the pin above the bridge > its leverage makes for a less-secure termination, effectively increasing > the speaking length? Which is exactly what I've been saying repeatedly for, what, seven or eight years now? Since it's been published now by someone official, I suppose it might finally be taken seriously. > And why can't a .003mm increase in speaking length happen by a .003mm > movement of the bridge pin? > > --Cy-- It's not an actual increase in speaking length. The flagpoling pin produces the *effect* of a longer speaking length, and there is no direct 1:1 correlation between how many thousandths the pin flexes, and how many thousandths the speaking length seems to grow. Ron N
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