26. An energy harvesting device for generating electrical energy and for managing the energy to power a communication device; the device comprising: a. at least a storage medium; b. at least a communication apparatus communicatively coupled to a charging circuit apparatus and in association with a control apparatus; and c. said charging circuit apparatus further comprises sensors embedded in silicon substrate and in association with the storage medium to provide at least one of a communication medium, a detection platform, a communication clarity, a detection selectivity, energy harvesting, and a detection sensitivity.
44. The energy harvesting communication device of claim 26 , wherein said charging circuit apparatus further comprises an energy harvester, the energy harvester further comprises at least one of: a solar cell; an antenna apparatus operable for harvesting electrical energy from electromagnetic radiation; a plasmonic platform; a photonic platform; a display apparatus; a housing being affixed with a display apparatus; a housing further disposed with antenna apparatus for harvesting energy and for boosting signal reception; an integrated circuit board; an electronic computing device; a case configured with a display device; means for harvesting energy from vibration; means for harvesting energy via electromechanical operation; a display device in association with a camera device; a plasmonic chip; a metal nanoparticle array waveguide; a photonic chip; a layered oxide; an optical waveguide configured with means to absorb and emit light; a communication device associated with means for harvesting energy via its surroundings; a cell switching virtual circuit network; a multimedia synchronization platform; a multimedia data synchronization platform; multimedia network synchronization; a synchronized multimedia streaming platform.