Magnetic devices operate on the basis of the interaction between the electronic rotation and the magnetic fields, where the resistance of the device varies according to the relative direction of the magnetic layers. This project aims to investigate the suitability of magnetic devices for nervous computing applications, with a focus on developing energy -saving nerve structure that can be simulated using these devices. System simulation and FPGA simulation framework will be developed to evaluate the energy performance and efficiency of structures that include magnetic elements. Ultimately, the various configuration index will be measured against modern neurological structures to assess the feasibility of magnetic devices in enabling the future generation, and self -perceived nerve systems.

React Msca Dn Project: Human awareness is a fungal capacity, emerging from the brain’s ability to treat many sensory inputs. Simulating this function in electronic systems – which is uncommonly referred to as nervous computing – carries the ability to create very smart machines capable of supporting a wide range of daily applications, from independent compounds to smart navigation systems. However, achieving nervous computing in practice represents great challenges, especially in the areas of energy efficiency, reliability and security.

MSCA React deals with these challenges by developing the nerve platform that is self -perceived by its nature in terms of energy consumption, safe operation and system reliability. As part of this initiative, 15 doctorate candidates will be trained in the early stage (DCS) through a comprehensive multidisciplinary program that extends on material science, physics for devices, computer engineering engineering, initial appliances of devices, translator design, simulation, simulation tools, in addition to cybersecurity, reliability, and verification of the system.

React provides a uniquely organized training environment, combining academic excellence and industrial cooperation. DCS will benefit from close counseling by researchers and industry experts, while developing basic skills in scientific writing, research ethics, time management, and entrepreneurship.

With the conclusion of the React project, the participants will be well equipped to follow up influential jobs throughout the academic and industry, as the React program works as a strong basis for their success in the future.