Megan Spence

**Title: The Innovative Mind of Megan Spence**

Introduction

Megan Spence is a distinguished inventor based in Zurich, Switzerland. With a remarkable portfolio of two patents, she has made significant contributions to the fields of nuclear magnetic resonance (NMR) and magnetic resonance imaging (MRI). Her innovations demonstrate not only technical prowess but also a deep understanding of complex scientific principles.

Latest Patents

Megan's latest patents underscore her innovative approach to spectroscopy and sensing technologies. One of her noteworthy inventions is the "Remote NMR/MRI detection of laser polarized gases." This apparatus and method utilize an encoding coil with a sample chamber and a supply of signal carriers, preferably hyperpolarized xenon. The invention allows for the spatial and temporal separation of signal preparation and detection steps, optimizing physical conditions and methods independently. The device is capable of functioning in both high and low magnetic fields, with flexible options for detection, including high magnetic field NMR apparatus and superconducting quantum interference devices.

Another significant patent is the "Functionalized active-nucleus complex sensor." This sensor selectively associates with one or more target species, enhancing the ability to assay and screen for various targets. By incorporating the active-nucleus into a macromolecular or molecular complex, the sensor can bind to target species and detect changes in nuclear magnetic resonance signals, showcasing a sophisticated level of functionalization and specificity.

Career Highlights

Megan currently works at the University of California, where she continues to drive innovation in her field. Her role at this esteemed institution highlights her commitment to research and development, paving the way for future advancements in NMR and MRI technologies.

Collaborations

Megan's work is often enhanced by collaboration with esteemed colleagues such as Alexander Pines and Sunil Saxena. These partnerships not only complement her innovative spirit but also enable the cross-pollination of ideas that lead to groundbreaking advancements in scientific research.

Conclusion

Megan Spence stands out as a pioneering inventor whose work in remote NMR/MRI technologies and functionalized sensors contributes significantly to scientific advancement. Her innovations, supported by strong collaborations and a rich academic background, position her as a formidable figure in the innovations landscape.