The project titled "Enhancing Energy Efficiency with Two-Dimensional Magnetic Spin Filters: Advancing Low-Power Electronics for High-Performance Quantum Technologies", led by Dr. Yasser Shokr, has been awarded support under the TÜBİTAK 2232-A Program and will be conducted at our university’s NÜRDAM (Center of Excellence for Radiation Sensors and Detectors).

With a total budget of 16,000,000 TL and a planned duration of three years, the project aims to enhance the energy efficiency of electronic systems through spintronics-based technologies. This innovative approach leverages not only the charge but also the spin of electrons, aiming to develop electronic devices that offer high processing capabilities with low energy consumption.

A key objective of the project is the development of two-dimensional magnetic semiconductor spin filters that can operate at room temperature. Scientific advances in this field are expected to have transformative impacts across a wide range of applications—from high-performance quantum technologies to everyday electronic systems.

During the project, a spintronics research group will be established under the leadership of Dr. Yasser Shokr and Assoc. Prof. Dr. Mustafa Erkovan. This initiative will contribute to the formation of a sustainable research ecosystem in the field of spintronics within our university.
Additionally, the project will make effective use of the existing infrastructure at NÜRDAM and provide the center with new systems that will enable the execution of advanced-level research.