Yorito Kakiuchi
Papers
1
Total Citations
4
H-Index
1
About
Yorito Kakiuchi has made pioneering contributions to optical sensing, particularly in the development of compact, high-speed displacement measurement systems. His most-cited work introduces a vibrational displacement sensor based on a self-mixing laser diode (SM-LD), which achieves near real-time analog electrical output—a significant advance for industrial and scientific applications requiring rapid, non-contact vibration analysis. This sensor’s ability to output a voltage directly proportional to instantaneous displacement, with root-mean-square amplitude available as an almost instantaneous electrical signal, demonstrates Kakiuchi’s focus on practical, real-time sensing solutions. His research bridges fundamental laser physics and applied metrology, offering a streamlined alternative to traditional interferometric methods. While his citation count reflects a specialized but impactful niche, the innovation’s relevance to precision engineering and condition monitoring underscores its enduring value. Kakiuchi’s work exemplifies how elegant optical designs can yield robust, field-deployable instruments, inspiring further exploration into self-mixing interferometry for dynamic measurement challenges.
Research Focus
Key Achievements
Top Papers
- 1