Title: Innovations of Jonathan Geisheimer Introduction Jonathan Geisheimer is an inventor based in the United States. He has made significant contributions to the field of temperature measurement technology. His innovative approach focuses on utilizing changes in dielectric constant and associated resonance to accurately measure temperature in high-temperature environments. Latest Patents Geisheimer's notable patent is titled "Temperature Measurement Using Changes In Dielectric Constant And Associated Resonance." This technique involves calculating temperature by monitoring the change in resonant frequency of a resonant structure that is loaded with a dielectric material. The process generates a response curve for a reflection coefficient S11, typically using a network analyzer connected to the resonant structure via a cable. By identifying a minimum point on the response curve, the resonant frequency can be detected, allowing for the application of a calibration map to determine the temperature associated with that frequency. This method provides a reliable means of measuring temperature in high-temperature environments. Career Highlights Geisheimer is currently employed at Radatec, Inc., where he continues to develop and refine his innovative technologies. His work has garnered attention for its potential applications in various industries that require precise temperature measurements. Collaborations Some of his coworkers include Scott Billington and Thomas Holst, who contribute to the collaborative environment at Radatec, Inc. Their combined expertise enhances the development of advanced measurement technologies. Conclusion Jonathan Geisheimer's innovative work in temperature measurement technology showcases his commitment to advancing the field. His contributions, particularly in high-temperature environments, highlight the importance of precision in scientific and industrial applications.

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