Norman Gantz

Title: The Innovative Contributions of Norman Gantz in Bio-Potential Measurement

Introduction

Norman Gantz, a talented inventor based in Columbus, Ohio, has made significant strides in the field of electro-physiological activity measurement. With two patented inventions to his name, Gantz showcases his expertise and innovative spirit in developing advanced technologies for bio-potential measurement.

Latest Patents

Gantz's latest patents include a novel method and apparatus for measuring electro-physiological activity. This invention features an electro-optic modulator that modulates light in response to a life-form bio-potential, providing a bio-potential modulated light output. The innovative design allows for modulation through capacitive coupling with the bio-potential, using phase, polarization, and intensity light modulation techniques. Additionally, the output can be converted into electronic form for further processing, employing an optical power splitter to divide light into multiple portions for electrical conversion. A pilot tone is integrated to enhance sensitivity and synchronize multiple electro-optic modulators while reducing noise in the bio-potential signal. Low-coherent light serves as an effective light source, all housed in a hermetically sealed container with electromagnetic shielding.

Another significant invention is the high-impedance optical electrode, which also modulates light based on a life-form bio-potential and converts the modulated light into an electrical signal, yielding traditional EEG and EEC outputs. This patent utilizes light splitters for multiple electrodes and an electronic reference source, with a pilot tone once again enhancing sensitivity and synchronization. An optical phase-shift modulator further aims to minimize optical noise, resulting in a sophisticated and efficient measurement tool.

Career Highlights

Gantz’s work with Srico, Inc. emphasizes his commitment to advancing technology in bio-potential measurement. His innovative creations have paved the way for new methodologies and tools that can significantly impact research and clinical practices in monitoring physiological signals.

Collaborations

Throughout his career, Norman Gantz has collaborated with notable individuals such as Stuart A. Kingsley and Sriram S. Sriram. These partnerships have likely contributed to the refinement and success of his inventions, fostering an environment of shared knowledge and innovation.

Conclusion

Norman Gantz's contributions to the field of electro-physiological activity measurement highlight the importance of innovation in advancing medical technology. With his patented inventions, Gantz continues to influence the landscape of bio-potential measurement, showcasing the power of creativity and collaboration in scientific advancement.