Developing Ultra-Fast Plasmonic Spiking Neuron via Integrated Photonics
Description:
This research provides a proof of concept and background theory for the physics behind the state-of-the-art ultra-fast plasmonic spiking neurons (PSN), which can serve as a primary synaptic device for developing a platform for fast neural computing. Such a plasmonic-powered computing system allows localized AI with ultra-fast operation speed. The designed architecture for a plasmonic spiking neuron (PSN) presented in this thesis is a photonic integrated nanodevice consisting of two electro-opti…
more
This item is restricted from view until September 1, 2024.
Date:
August 2022
Creator:
Goudarzi, Abbas, Sr.
Partner:
UNT Libraries