leme: each is a lattice of energy (energy coalesced as matter) that acts as a conduit for the passing of other symmetries of energy (electric). I didn't intend to imply that different rearrangements do not effect that transference in different ways - directivity, etc. - but that at a fundamental level they are the same and that scientific positions premised upon the manipulation of energy/matter (scientific materialism) are irrational when they claim that they are fundamentally different based on their surface appearance.
Like Muralman, your point MAY be that such a bias may exist in some - which, if you look at my first post was all I was trying to say - but that, regardless, such rearrangements at our hands DO produce different results. And, moreover, we can draw strong correlations in patterns between complexity vs. performance. As I said, I agree, but point out that the experience of listening is the final arbitor.
I know what you mean: that wire is "passive" towards the energy that passes through it, while we have purposely rearranged amp-matter to be "active" towards the energy passing through it should make a difference, shouldn't it? But ask yourself, is a wire "passive"? A designer of wire might say that the rearrangement he constructs directly leads towards performance differences; same with the amp designer. So what is different?
A question: you say that wire only dissipates energy and an amp converts it. Without going into the semantics of the ACTIVE verbs "dissipates" and "converts", if wire only performs a dissipative function, then what is it that ends up at the speakers, non-energy? If all is energy (Einstein, you remember him...), then what could possibly end up at the speaker that wasn't energy?
As energy passes through any other form of energy, it changes, not in nature but how it manifests to us. There is no "perfect" wire. How you rearrange that matter (design a la Homo faber)effects transference and, accordingly, our observations of them, in listening or a "scientific" experiment.
Question: if amp-matter is designed by us to "convert" energy, and wire is designed by us to "transfer" energy (dissipation occuring from both forms BTW, regardless of our design intentions...), then does our design intent make wire "less" a consideration in system construction than an amp? In other words, by differentiating varrying ways we've designed our components to behave - both, as I've shown to be "active" upon the energy they pass - then arent we just right back to the complex/less complex argument?
Here's what people have been trying to say to me:
An amp, by the way it more "complexily" and "actively" acts upon the energy passing through it, is more important than wire in constructing a system.
My response: yes, but less so as the instrument/system increases in resolving power; in systems that are analytically focused, wire is only needed to transfer "detail", but in more advanced systems, wire is needed to transfer both detail and more subtle nuances.
Interestingly, those who argue for analytic systems and are attached to scientific explanations are the same people who say wire doesn't make a difference, attempting to categorize wire-matter as fundamentally different to perfect that argument.
Coincidence?
Like Muralman, your point MAY be that such a bias may exist in some - which, if you look at my first post was all I was trying to say - but that, regardless, such rearrangements at our hands DO produce different results. And, moreover, we can draw strong correlations in patterns between complexity vs. performance. As I said, I agree, but point out that the experience of listening is the final arbitor.
I know what you mean: that wire is "passive" towards the energy that passes through it, while we have purposely rearranged amp-matter to be "active" towards the energy passing through it should make a difference, shouldn't it? But ask yourself, is a wire "passive"? A designer of wire might say that the rearrangement he constructs directly leads towards performance differences; same with the amp designer. So what is different?
A question: you say that wire only dissipates energy and an amp converts it. Without going into the semantics of the ACTIVE verbs "dissipates" and "converts", if wire only performs a dissipative function, then what is it that ends up at the speakers, non-energy? If all is energy (Einstein, you remember him...), then what could possibly end up at the speaker that wasn't energy?
As energy passes through any other form of energy, it changes, not in nature but how it manifests to us. There is no "perfect" wire. How you rearrange that matter (design a la Homo faber)effects transference and, accordingly, our observations of them, in listening or a "scientific" experiment.
Question: if amp-matter is designed by us to "convert" energy, and wire is designed by us to "transfer" energy (dissipation occuring from both forms BTW, regardless of our design intentions...), then does our design intent make wire "less" a consideration in system construction than an amp? In other words, by differentiating varrying ways we've designed our components to behave - both, as I've shown to be "active" upon the energy they pass - then arent we just right back to the complex/less complex argument?
Here's what people have been trying to say to me:
An amp, by the way it more "complexily" and "actively" acts upon the energy passing through it, is more important than wire in constructing a system.
My response: yes, but less so as the instrument/system increases in resolving power; in systems that are analytically focused, wire is only needed to transfer "detail", but in more advanced systems, wire is needed to transfer both detail and more subtle nuances.
Interestingly, those who argue for analytic systems and are attached to scientific explanations are the same people who say wire doesn't make a difference, attempting to categorize wire-matter as fundamentally different to perfect that argument.
Coincidence?