Abstract
For the design of photonic and quantum circuits, special nanomaterials should be applied in order to transduce controlled quantized types and modes of energy through developed hybrid nanomaterials and metamaterials. Therefore, it is important to discuss the way in which photon delivery could be controlled from developed quantum emitters and nano-optical platforms below the nanoscale, based on energy shuttle to pass through the tuned and patterned material of the designed circuit. In this way, to gain further insights into these phenomena, examples from solar cells to modified photonic surfaces are being discussed, in addition to the generation of energy routing imaging modes.
Keywords: Microelectronics, Nano-optics, Nanophotonics, Photonic circuits, Photovoltaics, Quantics, Quantum circuits, Quantum phenomena.
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