ABSTRACT
An optical thin film battery is a good candidate for such a device [5]. However, the requirement of a nanobattery is that it should have a construction technique that is reliable. Recently, Suwanpayak et al. [24] reported the use of a PANDA ring resonator for drug trapping and delivery applications. In this device, the photons/atoms/ molecules can be trapped and moved within an optical router. In this chapter, we will present the use of a trapping tool for moving atoms/ molecules for their delivery and collection within a thin film grating, where finally, the wavelength-selected tweezers will be formed. An atom assembly within the desired thin film grating can be made by using a PANDA microring resonator. The design for a thin film grating and the simulation result for it have been discussed in this chapter.
