A transformable electronic display device (700, 800, 900), comprising: a ball joint, providing a data and power distribution bus; a plurality of cubelets (660, 665, 670, 680, 690), each of said plurality of cubelets (660, 665, 670, 680, 690) comprises a core vertex immediately adjacent said ball joint, said core vertex truncated to form an electrical connection to said ball joint; at least one display screen to form a plurality of display screens (692, 694, 696) covering said transformable electronic display device (700, 800, 900) for displaying preprogrammed images; at least one microprocessor in communication with said plurality of display screens (692, 694, 696), said at least one microprocessor contained within at least one of said plurality of cubelets (660, 665, 670, 680, 690) and programmed to control the display of images on said plurality of display screens (692, 694, 696), a connection means for maintaining said communication between said at least one microprocessor and said plurality of display screens (692, 694, 696) to provide for the display of said images on said plurality of display screens (692, 694, 696), comprising a plurality of connector elements (150, 450, 650, 652, 654), each of said plurality of connector elements (150, 450, 650, 652, 654) comprises an enclosure (128, 428) made of a generally non-magnetic material, said enclosure (128, 428) having an open face; an insulating plate (130, 430) comprising a plate aperture (136, 436), said plate aperture (136, 436) being of circular shape, said insulating plate (130, 430) attached to the open face of said enclosure (128, 428); a permanent magnet (110, 410) placed inside said enclosure (128, 428), said permanent magnet (110, 410) being of spherical shape and having the diameter larger than the diameter of said plate aperture (136, 436); a washer (114, 214, 414) made of a conductive soft ferromagnetic material comprising a washer aperture (116, 416) being of circular shape, the diameter of said washer aperture (116, 416) larger than the diameter of said permanent magnet (110, 410), placed inside said enclosure (128, 428) proximate the insulating plate (130, 430). a plurality of cubelets (660, 665, 670, 680, 690), each of said plurality of cubelets (660, 665, 670, 680, 690) comprises a core vertex immediately adjacent said ball joint, said core vertex truncated to form an electrical connection to said ball joint; at least one display screen to form a plurality of display screens (692, 694, 696) covering said transformable electronic display device (700, 800, 900) for displaying preprogrammed images; a core vertex immediately adjacent said ball joint, said core vertex truncated to form an electrical connection to said ball joint; at least one display screen to form a plurality of display screens (692, 694, 696) covering said transformable electronic display device (700, 800, 900) for displaying preprogrammed images; at least one microprocessor in communication with said plurality of display screens (692, 694, 696), said at least one microprocessor contained within at least one of said plurality of cubelets (660, 665, 670, 680, 690) and programmed to control the display of images on said plurality of display screens (692, 694, 696), a connection means for maintaining said communication between said at least one microprocessor and said plurality of display screens (692, 694, 696) to provide for the display of said images on said plurality of display screens (692, 694, 696), comprising a plurality of connector elements (150, 450, 650, 652, 654), each of said plurality of connector elements (150, 450, 650, 652, 654) comprises an enclosure (128, 428) made of a generally non-magnetic material, said enclosure (128, 428) having an open face; an insulating plate (130, 430) comprising a plate aperture (136, 436), said plate aperture (136, 436) being of circular shape, said insulating plate (130, 430) attached to the open face of said enclosure (128, 428); a permanent magnet (110, 410) placed inside said enclosure (128, 428), said permanent magnet (110, 410) being of spherical shape and having the diameter larger than the diameter of said plate aperture (136, 436); a washer (114, 214, 414) made of a conductive soft ferromagnetic material comprising a washer aperture (116, 416) being of circular shape, the diameter of said washer aperture (116, 416) larger than the diameter of said permanent magnet (110, 410), placed inside said enclosure (128, 428) proximate the insulating plate (130, 430). an enclosure (128, 428) made of a generally non-magnetic material, said enclosure (128, 428) having an open face; an insulating plate (130, 430) comprising a plate aperture (136, 436), said plate aperture (136, 436) being of circular shape, said insulating plate (130, 430) attached to the open face of said enclosure (128, 428); a permanent magnet (110, 410) placed inside said enclosure (128, 428), said permanent magnet (110, 410) being of spherical shape and having the diameter larger than the diameter of said plate aperture (136, 436); a washer (114, 214, 414) made of a conductive soft ferromagnetic material comprising a washer aperture (116, 416) being of circular shape, the diameter of said washer aperture (116, 416) larger than the diameter of said permanent magnet (110, 410), placed inside said enclosure (128, 428) proximate the insulating plate (130, 430).