NOVELTY - Carbon electrode (I) comprises alliform carbon particles (2-20 wt.%).    USE - (I) is useful in: a battery, fuel cell, or electrical double layer capacitor, which is useful in electronic device. The alliform carbon is useful in: paint or glue; current collector; polymer composition, which is useful in article; device comprising electro-optic device, laser, waveguide, electrochromic mirror, or photovoltaic cell and flexible electro-optic device, where the electro-optic device is useful in electrical or electronic device comprising a digital wristwatch, a calculator, a personal digital assistant, a flat screen computer display, a laptop personal computer, or a cellular telephone, the electro-optic device is useful as an organic light emitting diode, a liquid crystal display, an electrophoretic displays, an electroluminescent display, or an electrochromic display, and the electrical or electronic device is a nomad electronic device, a wireless sensor network device, a medical implant, an active radiofrequency identification tag, an embedded microsensor, a personal computer cards, a flash photography devices, a flashlight, a portable media player, or an automated meter reading device; filament, fiber, or yarn (comprising at least four layers of alliform carbon), which are useful for preparing fabric, which is woven; woven or non-woven fabric; medical apparatus for healing wounds; and energy storage device, which is useful in electrical circuit, electrical or electronic device and electrical or mechanical system. The alliform carbon is useful for treating a medical condition comprising the prevention or inhibition of an undesirable skin condition or characteristic or the promotion of a desirable change in tissue, where the undesirable skin condition or characteristic comprises acne, rosacea, impetigo, folliculitis, furunculosis, ecthyma, eczema, psoriasis, atopic dermatitis, herpes, epidermolysis bullosa, or icthyosis; and the desirable change in tissue comprises wound healing, scar reduction, tissue repair, tissue regeneration, muscle stimulation, muscle contraction, accelerated bone healing, treatment of hyperhidrosis, inhibition of inflammation, facilitation and promotion of metabolic processes, pain alleviation, and treatment of rosacea, wrinkles, skin dryness, skin burns and telangiactasia. The alliform carbon layer is used to: detect or send electrical signals or both from at least one part of the body over which the garment is applied; and monitor the physical location of the wearer of the garment (all claimed). No biological data given.    ADVANTAGE - The alliform carbon is capable of capturing, storing, and later releasing the energy associated with static electricity.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for:    (1) a paint or glue comprising the alliform carbon particles (2-50 wt.%);    (2) a current collector coated with a composition comprising the paint or glue;    (3) a polymer composition comprising the alliform carbon particles (2-80 wt.%), where the polymer composition comprises an electrically conductive or semi-conductive polymer and an ionomer;    (4) making a binderless monolith of alliform carbon comprising hot pressing, cold pressing and vacuum annealing, or furnace tube annealing of detonated nanodiamonds in an oxygen-deficient atmosphere, and preformed alliform carbon particles in an oxygen-deficient atmosphere;    (5) a device (i) comprising a layer comprising alliform carbon, superposed on a substrate, where the layer has a thickness of 10-500 nm, and the layer comprising the alliform carbon is capable of acting as a conductor, an electrode, or an energy storage device;    (6) a filament, fiber, or yarn comprising at least one deposited layer of alliform carbon;    (7) a woven or non-woven fabric, at least a portion of which comprises at least two deposited layers of alliform carbon;    (8) a garment apparatus containing the fabric;    (9) a medical apparatus for healing wounds comprising the fabric comprising two or more layers of alliform carbon;    (10) a method of treating a medical condition comprising applying a current through the two or more layers of alliform carbon incorporated in the medical apparatus;    (11) a method of using the medical apparatus comprising positioning the medical apparatus to be conductively coupled to the skin portion of the subject, and delivering an electric current to the skin portion of the subject;    (12) an energy storage device comprising, a first and a second electrode, each electrode comprising a body in electrical communication with a current collector, and an electrolyte, where at least one body comprises a three dimensionally porous matrix of alliform carbon particles having a mean diameter as measured by transmission electron micrograph photomicrograph image analysis of 2-30 nm, the alliform carbon particles being substantially physically connected, where the electrolyte physically contacts and is in electrical communication with the matrix of alliform carbon particles; and    (13) a method-1 of making the energy storage device comprising organizing alliform carbon particles into a 3-dimensional porous matrix.