Abstract: A novel electrode and method of making the same. The electrode includes activated carbon that has been modified by treatment with an alkali solution and an acid, such as nitric acid, and then washed and dried. The carbon may then be annealed. The method of modifying the activated carbon helps produce an electrode with considerably higher electric capacity and stable electric characteristics. Additionally, the electrodes may be produced more quickly and inexpensively and, therefore, permits their production of electrodes that are used for superconductors.

Abstract: A novel electrode and method of making the same. The electrode includes activated carbon that has been modified by treatment with an alkali solution and an acid, such as nitric acid, and then washed and dried. The carbon may then be annealed. The method of modifying the activated carbon helps produce an electrode with considerably higher electric capacity and stable electric characteristics. Additionally; the electrodes may be produced more quickly and inexpensively and, therefore, permits their production of electrodes that are used for superconductors.

Abstract: A system and method are provided for diagnosing, therapy, and/or prevention of a plurality of diseases. The method is based on an assessment of data, reflecting the level of inner bioenergy produced by a human body. The system performs a multichannel data acquisition, processes the data, generates a diagnosis, and provides a prescription for the therapy. The system exists in several embodiments and generally includes a set of diagnostic and therapy electrodes, an input demultiplexer, analog-to-digital converter, output demultiplexer, a computer, power and control units, and a portable data acquisition unit.