Electrical connector

A transformable electronic device comprising:

• a ball joint comprising data and power distribution interconnect conductors;
• a plurality of cubelets electrically coupled to the data and power distribution interconnect conductors, each of the plurality of cubelets comprising:
• a core vertex immediately adjacent the ball joint, the core vertex truncated to form an electrical connection to the ball joint;
• and
• three display screens oriented mutually orthogonally with respect to each other and facing generally outwardly from the ball joint;
• and
• a plurality of electrical connectors electrically coupled to at least one of the display screens, each electrical connector comprising:
• an enclosure made of a generally non-magnetic material and including an insulating plate comprising a plate aperture of a round shape;
• a permanent magnet of spherical shape situated inside the enclosure, the permanent magnet having a diameter that is larger than the plate aperture to prevent egress of the permanent magnet from the enclosure through the plate aperture;
• and
• a washer made of a conductive soft ferromagnetic material comprising a washer aperture of a round shape, the washer aperture having a diameter that is larger than the diameter of the permanent magnet, the washer being situated inside the enclosure proximate the insulating plate, wherein the permanent magnet and the washer are magnetically attracted so as to remain in physical contact, and wherein the washer is electrically connected to at least one conductor situated within the corresponding cubelet;
• and
• at least one processor circuit situated within at least one of the plurality of cubelets and communicatively coupled to the plurality of display screens via pairs of interfaced electrical connectors;
• wherein each pair of interfaced electrical connectors includes a first electrical connector and a second electrical connector, wherein the first and the second electrical connectors are movably positionable relative to one another in a first position by pivoting motion of at least a subset of the cubelets about the ball joint that causes a shearing between adjacent surfaces of the subset of the cubelets,
• wherein in the first position, respective insulating plates are immediately adjacent and facing each other, with respective magnets contacting each other and contacting respective washers, such that the respective magnets and the respective washers form a continuous electrically-conductive path.