Nano-Engineering versatile Core-shell Nanoplatforms for tuning Enhanced photon matter interactions

Abstract

In this communication it is presented the concept of Optics based on Core-shell architectures controlling the Nanoscale and beyond. It is shown how it could be designed these types of architectures from prototyping to synthetic methods within colloids and Laser based techniques. Then, it is shown the impact of Core-shell Nanoarchitecture to tune photon matter interactions to enhance physics and chemical processes with perspectives of non-classical light generations. Therefore, it is discussed fundamental wet chemistry to advanced Nano-Optics studies by the use of Core-shell Nanoplatforms. In this regard, varied phenomena and modified ones such as enhanced and amplified approaches are presented. Enhanced based techniques such as Metal Enhanced Fluorescence (MEF) and Phosphorescence (MEP), Enhanced Quantum phenomena (EQ), and amplified signaling as Lasers are of high interest. In this context the control of the Nanoarchitecture should be accurately controlled to place the different Optical components within specific 3D Nano-scale volumes. Optical active materials are varied, such as from Laser dyes, Quantum emitters, to semiconductors, in order to tune photon matter interactions accompanied with the generation of new modes of energies. In these new non-classical light pathways are involucred high electromagnetic fields interactions that affect electronic distributions, consequent conductions and opto-electronic responses. Moreover, photonics and quantum photonics pathways could be modified to stabilize the excited state, increase quantum yields, and improve performances in different optical processes. Targeted enhanced Nanoemitters are presented and highlighted in this article; however further discussion towards enhanced Quantum photonics and Opto-electronics are discussed. In this manner highlights from the Nanoscale to far field Optical studies and applications are proposed. So, Core-shell Nanoarchitectures are presented as important Optical Nanoplatforms with high impact within Optics, waveguides, fibers optics, and miniaturized chips, devices and Instrumentation.