point of contact between the outer surfaces of first and second conductive elements 12 b and 14 b magnetic elements 16 b and 18 b provide a magnetic force of attraction to magnetically couple first conductive element 12 b to second conductive element 14 b so that an electrical conductive path exists between the two conductive elements in particular as illustrated in fig4 a north pole u201c n u201d on each magnet 16 b aligns with a south pole u201c s u201d on a corresponding magnet 18 b to magnetically couple first and second conductive elements 12 b and 14 b to form the electrical conductive path it should be noted that depending on the particular use of electrical interconnection 10 b the length of magnetic elements 16 b and 18 b as well as conductive spacers 24 and 26 may be varied to adjust the locations of the magnetic regions within conductive elements 12 b and 14 b for instance the lengths of conductive spacers 24 and 26 may be decreased such that magnetic elements 16 b and 18 b are spaced closer together along the longitudinal length of the conductive elements in addition although conductive elements 12 b and 14 b and magnetic elements 16 b and 18 b were described as being cylindrically shaped conductive and magnetic elements having various other shapes orientations and distributions of the u201c n u201d and u201c s u201d poles are within the intended scope of the present invention fig5 is a diagram illustrating electrical interconnection 10 c which is a third alternative embodiment of electrical interconnection 10 electrical interconnection 10 c includes first conductive element 12 c and second.