@hifiman5
How about you look it up instead of just making it up. You're talking about a few picofarad per foot. The mechanism that drives cap break-in is that the feet or yards of thin conductor actually move around and the dielectric seats around it. You're going to tell me the conductor and insulation are moving around? And if so, why would you even want that? It's well know premium cable makers deliberately build their cables with high capacitance. Wanna tell me why that's a good thing too? Seems to me the best cable would be the least reactive, not one designed to be as reactive as possible. You seem to be calling reactivity virtue for some reason. Explain yourself.
How about you look it up instead of just making it up. You're talking about a few picofarad per foot. The mechanism that drives cap break-in is that the feet or yards of thin conductor actually move around and the dielectric seats around it. You're going to tell me the conductor and insulation are moving around? And if so, why would you even want that? It's well know premium cable makers deliberately build their cables with high capacitance. Wanna tell me why that's a good thing too? Seems to me the best cable would be the least reactive, not one designed to be as reactive as possible. You seem to be calling reactivity virtue for some reason. Explain yourself.

