80. The energy harvesting communication device of claim 1 , wherein said antenna apparatus further comprises at least one of: at least nano-antennas; at least nanorectennas; means for enabling rectification at least at high frequencies; etching at least a portion of at least a silicon substrate to form at least an antenna comprising CMOS multiple antenna on chip, wherein the antenna apparatus being disposed with at least an opened end and at least a shorted end; applying a photoresist material to the etched portion; embedding sensors in association with the photoresist material; exposing the photoresist material to ultraviolet energy; resonating at least in the GHz range; forming said antenna in at least a millimeter measurement; forming said antenna in at least um thickness range; providing means for radiating RF fields; providing means for at least a deferential feed in association with said means for radiating RF fields; providing means for feeding at least electromagnetic signals; at least an apparatus operable substantially without band gap limitations.
1. An energy harvesting communication device configured with on chip signal booster apparatus; comprising: at least a communication apparatus; at least an antenna apparatus in association with an input and/or output device; at least a processor in communication with at least one of: said at least a communication apparatus; said at least an antenna apparatus; a charge platform in association with at least charging circuit; at least an interactive media in association with at least an interactive interface; an output device; and at least a sensor apparatus embedded in silicon substrate and etched and/or fused in nano-fiber and/or microfiber material, said at least a sensor apparatus in association with said at least a communication apparatus to provide at least one of an effective energy harvesting medium, communication clarity, communication medium, detection selectivity medium, and detection platform.