Citation :

Kamala Nehru, Adithya Chandran, Divya Gopalan, Madu Shree, 2026. "Plasmatic Nano-Structures for Ultra-Fast Optoelectronic Signal Manipulation and Sensing" ESP International Journal of Emerging Multidisciplinary Research [ESP-IJEMR]  Volume 2, Issue 1: 31-47.

Abstract :

Recently, there has been exciting advance reported in manipulation of free-space optical (classical and quantum) beams by well-designed plasmatic Nano-structures. These engines or pre-processors also utilize meta-metallic nanostructures to generate non-local fields for ultra-fast response electro-optic manipulation of optical elements that exhibit bitwise signal changes and decoding transfers via signals within the material structures. In this work, we introduce a conceptual model as an extension of ideas in quantum electrodynamics that maps interesting spatial pixels having unique features like voluminous extraordinary directionality using infinite field propagation between a pair of two-dimensional arrays collectors connected by multiple electromagnetic tunnelling site pairs where such chassis may perform parallel manipulations at elevated frequencies over sub-mille-watt power operations edge-light-speed imaging capturing halogen-like fission artefact patterns in addition to collecting residual energies resulting from high-ball blasting plant landings targeting reflections into magnetic framed chromospheres with new optics

References :

Keywords :

Plasmatic Nanostructures, Surface Plasmon’s,Surface Plasmon Polari tons (SPPs)Localized Surface Plasmon Resonance (LSPR), Optoelectronics,Ultra-Fast Signal Processing, Nano photonics, Optical Sensing.