Yes, absolutely.
The length of the wire is directly correlated to the macro-fasal transduction, which is a key determining factor of parallel-frequency impedance. Lengths of wire longer than 4" immediately begin introducing Hanlon's Principle, which essentially states that the relative inductance of any pre-tensile alternating electrons will intersperse when passing through a mitigation field. This applies to pickup wires because the amount of capacitive medium within the affected radius of a positive ground is increased by an exponent of .81 per millisecond (.801 per in active circuits) - basically, one could infer that every order of magnitude in which wire length is increased has the ancillary affect of multiplying the DC resistance of the outer coils in humbuckers and the first 38 winds in single coils by a factor equal to 1/25 of their distance.
Hope that helps.
50 no's and a yes means yes.
It's worth pointing out that it's possible to mitigate some of the emergent consequences of Hanlon's Principle by putting a dab of Formula 12b into the baseplate of the pickup. Formula 12b is, of course, a mixture of clear nail varnish (a light pink is acceptable for jazz), powedered activated carbon and edelweiss leaf extract.
Formula 12b should not be used for ultra high-output pickups; the resulting current will approach the speed of light, therefore increasing the mass of your wires by Einstein's special theory of relativity.
Yes, absolutely.
The length of the wire is directly correlated to the macro-fasal transduction, which is a key determining factor of parallel-frequency impedance. Lengths of wire longer than 4" immediately begin introducing Hanlon's Principle, which essentially states that the relative inductance of any pre-tensile alternating electrons will intersperse when passing through a mitigation field. This applies to pickup wires because the amount of capacitive medium within the affected radius of a positive ground is increased by an exponent of .81 per millisecond (.801 per in active circuits) - basically, one could infer that every order of magnitude in which wire length is increased has the ancillary affect of multiplying the DC resistance of the outer coils in humbuckers and the first 38 winds in single coils by a factor equal to 1/25 of their distance.
Hope that helps.
But Einstein's general theory of relativity tells us that the electrons running through the wire will create friction and heat as they slam into the nuclei and electron shells in the copper atoms that make up the wire. This will slow them down until they reach an energy level that allows them to reach a black hole through an inter-dimensional wormhole and come out the other end at your amplifier, thereby making the the guitar cable redundant.