M Ed Motamedi

Title: The Innovative Mind of M Ed Motamedi

Introduction

M Ed Motamedi is an inventive individual based in Thousand Oaks, CA, who has made significant contributions to the field of rheology through his unique approach to measuring fluid properties. His work focuses on pivotal aspects of women's health, particularly in understanding cervical mucus changes during ovulation.

Latest Patents

Motamedi holds a patent for a "Rheological Testing Apparatus and Method." This innovative device electronically measures fluid viscosity and temperature simultaneously, specifically designed to determine changes in the properties of cervical mucus at the onset of ovulation. The technology employs interdigital transducers to create and detect surface and bulk acoustic waves on one side of a fused quartz slab. By analyzing changes in the phase of surface acoustic waves and the amplitude of doubly-reflected bulk acoustic waves, the device effectively detects the temperature and viscosity of the fluid sample placed on the opposing face of the slab.

Career Highlights

Throughout his career, M Ed Motamedi has collaborated with notable companies such as Adamtek Corporation and Hibshman Corporation. His expertise and innovative spirit have driven advancements within these organizations, particularly in the field of fluid dynamics and medical applications.

Collaborations

While working at these companies, Motamedi has partnered with distinguished colleagues, including Jacob Y Wong and Pierre Khuri-Yakub. Together, they have contributed to the development of cutting-edge technologies and solutions in rheological testing, further establishing their collective impact on the industry.

Conclusion

M Ed Motamedi's invention of a rheological testing apparatus demonstrates his dedication to advancing scientific understanding in medical applications. His work not only highlights the importance of innovation in product development but also underscores the positive impact technology can have on women's health. As he continues to push the boundaries of research and innovation, Motamedi remains a notable figure in his field.