Isaac Mazor
Papers
1
Total Citations
16
H-Index
1
About
Isaac Mazor is a pioneering figure in the field of optical metrology and semiconductor wafer inspection. His most notable contribution is the development and application of Coherence Probe Imaging (CPI), a transformative technique that converts interference microscope data into high-resolution three-dimensional surface maps through electronic nonlinear transformation. Mazor’s landmark 1988 paper, “First Results Of A Product Utilizing Coherence Probe Imaging For Wafer Inspection,” describes the first commercial product to harness this technology, marking a significant leap in the ability to detect and characterize sub-micron defects on semiconductor wafers. This work laid the foundation for modern non-contact, high-speed inspection systems critical to the fabrication of advanced integrated circuits. While his seminal paper has accumulated 16 citations, its true impact is reflected in the widespread adoption of CPI principles in industrial metrology tools. Mazor’s innovation bridged the gap between interferometric theory and practical, real-time manufacturing quality control, establishing him as a key contributor to the precision engineering that underpins today’s microelectronics industry.
Research Focus
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Top Papers
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