I wonder what group of people participated in the double-blinds. It may be the masses. For example in double-blind tests, the results show most people can't tell the diff between Coke and Pepsi. A friend of mine said I couldn't tell the difference on that as well as some other items. I proved him wrong in every case. I think it would be the same with cables as well.
I think it's the same with audio. My wife says she can't hear any differences in my various audio setups. I can clearly detect differences in cables alone. I found the differences became more pronounced the more I upgraded my system. I'm running a Krell now and find it's very sensitive to not just cables but to any sort of source. On my previous two systems (Marantz and NAD) the differences were noticeable but considerably less than the Krell.
Cables have inherent capacitance and conductance. These attributes and resistance are the components of a filter. With high input impedance you can imagine the multiplying effect this is going to contribute the filter parameters. My ears tell me there's a difference and scientifically there's a basis.
regards, David
I think it's the same with audio. My wife says she can't hear any differences in my various audio setups. I can clearly detect differences in cables alone. I found the differences became more pronounced the more I upgraded my system. I'm running a Krell now and find it's very sensitive to not just cables but to any sort of source. On my previous two systems (Marantz and NAD) the differences were noticeable but considerably less than the Krell.
Cables have inherent capacitance and conductance. These attributes and resistance are the components of a filter. With high input impedance you can imagine the multiplying effect this is going to contribute the filter parameters. My ears tell me there's a difference and scientifically there's a basis.
regards, David