The molecular level explanation of "cable burn-in"

PVC and PETE have different dielectric constants that affect the properties of the cables between the two PETE has a lower Dk so absorbs less electric charge consequently it's a better insulating material for audio cables. (the other way around for capacitors) But this is not the issue here. The problem is this novel behavior of dielectric macromolecules in cable electronics according to the  website. I suggest their research be submitted to the IEEE review board for authentication. This could be someone's PhD dissertation and publishable in a high impact engineering journal.

I was going to make a separate thread about the magic dielectric bias system but decided not to. I'm aware that there are similar magic fairy lamps used in the cable selling industry - MPC Network Box etc.. as one member stated they could simply use magic stones like shungite/quartz instead of spending money on tooling extra labor to attach those magic lamps to their expensive cables and name them like "time-dependent (hence 200 hrs of burn-in time required) dielectric wave quantumiser" or some other extra fancy pseudo-science nomenclature. My speaker cables are the Kimber 8tc that I bought many years ago and I would say they're "good enough" I would like repeat "good enough"

I use two pairs of the 8tc to connect my monoblocks (actually a pair of stereo amps) to the speakers and use their interconnect cables as well. I once had a chance to try their very thick top of the line speaker cables (select?) on my system and found no audible difference or perhaps my brain rejected to believe there's any but I was confident that it wasn't obvious like upgrading from the Monster to the 8tc. If I ever get to buy new speaker cables or interconnects I will buy from amazon. I already bought amazon power cables and I love them the search words are "10awg audiophile power cable". If you had $1000 to spend to improve your audio system you would want to upgrade your DAC. Yes all thanks for the Chinese.

Now if you had $10000 to spend then you would invest in a pure class A amplifier(s) that is capable of doubling the output power as the load impedance gets halved and a pure linear preamp that has a constant gain through its operating range and has two sets of balanced outputs. If you have that knowledge and skills you can build (or re-build) your own dream amplifier(s) and preamp. buy two identical old Krell or Levinson power amps and get their circuit diagrams somewhere. then you'll be  relying on computer modeling to re-design the amp to produce the correct values that you want. Of course you must use the finest components available to achieve this goal such as ultra precision resistors and capacitors from Japan. For the preamp you can this volume potentiometer from a company in Korea I know it's outrageously expensive but such an engineering marvel, a perfect linearity Vo=aVi+0, a is the gain factor constant and 0 is zero. A $1000 power cable with a magic lamp attached or a $1000 volume potentiometer with its data sheet. It took me about 200 hours to complete the project and I invested most of my weekends for 6 month. Well this is a different topic and i'm too tire to write any longer

I don't know why.but I had to do like this. maybe it was too long? anyways weird