Yossi Rosenzweig

Developed a fiber-based optically pumped atomic magnetometer leveraging light-matter interaction.

• Created a theoretical model and performed computational simulations.
• Developed a theoretical model focused on crucial noise reduction based on a new optical scheme, achieving an order-of-magnitude improvement in performance.
• Conducted hands-on verification and validation (V&V) experiments on the optical setup and key components.
• Worked on digital signal processing (DSP) methods for noise reduction using real-world data.
• Submitted three patents

Developed ultrasound imaging for home use

• Researched new materials for ultrasound transducers.
• Built the laboratory and designed and conducted benchmark experiments.
• Submitted and won an Israel Innovation Authority grant

Ensured proper functioning of tools in the chip manufacturing process

• Developed automated SQL queries and performed data analysis for process optimization
• Collaborated across teams to troubleshoot and enhance efficiency