Members: Noa Genezya, Yifat Neuwirth

Supervisor: Dr. Amir Capua

Our project aims to develop an accessible, high-performance MOKE (Magneto-Optic Kerr Effect) microscope using 3D printing technology to widen access to scientific tools and advance spintronics technology. Traditional microscopes are often expensive, particularly for educational and research institutions in resource-limited settings.
A MOKE microscope enables the study of magnetic properties by utilizing the Kerr phenomenon. Polarized light reflects off a magnetized surface, causing a rotation in the light's polarization plane proportional to the material's magnetization. Our microscope design integrates optical components for generating and detecting polarized light.
The core concept involves creating a MOKE microscope with 3D-printed components, electronic and optical parts. It will include automated stage and focus mechanisms, ensuring precise imaging, and utilize a Raspberry Pi camera for high-quality imaging.
The methodology encompasses designing the model, printing parts, and integrating the essential electronic and optical components. After assembly, the microscope will undergo calibration and testing to ensure precise measurements of the Kerr effect.