NOVELTY - The material has two set of particles where each particle includes a set of clusters. Each cluster includes a carbon nanosphere core, and a composite layer is bound to the carbon nanosphere core. The composite layer includes redoxactive zinc sulfide nanoclusters e.g. anode, embedded in the composite layer. A binding composite binds the set of clusters. Two terminals (56, 57) are electrically coupled to the respective set of particles for charge transport. One of the sets of particles is substantially the same as the other of particles with redox-active zinc sulfide nanoclusters.    USE - Electroactive material i.e. electroactive electrode, for use in a battery (claimed) e.g. nickel-cadmium and nickel-metal hydride batteries in a rechargable application such as laptop, digital camera and cell phone, alkaline battery in a disposable application, lead acid battery in an automobile i.e. truck, zinc-air batteriey for use in an experimental electric vehicle, and zinc-carbon battery, and for charge transport. Can also be used for an electrochemical capacitor.    ADVANTAGE - The material enables the combination of high density of available electrons in all the nanocomponents of the particles with short distances among all the nanocomponents of the particles and the large surface areas of the nanocomponents to greatly enhance the energy and power densities, thus reducing the cost of the battey, and increasing the performance of the battery. The material provides linking of nanostructures to provide the enhanced performance that derives from efficient electrical coupling and charge transport by close proximity binding of the clusters with conductive composite binders. The material enabling the selection of particle sizes in a range from approximately 50 nanometer to approximately 1000 nanometer tends to optimize the number of active and externally located clusters, thus enhancing electrochemical operations of electrodes.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a battery including a separator between two electrodes.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a battery with one electrode formed of particles including composites with zinc sulfide nanoclusters and another electrode formed of particles including composites with zinc-depleted nanoclusters.    Battery (50)    Good-conducting terminal connector (51, 55)    Electrodes (52, 54)    Separator (53)    Terminals (56, 57)