Martin John Neumann

Title: Martin John Neumann: A Pioneer in Lithium Sputtering Technologies

Introduction

Martin John Neumann, based in Pekin, Illinois, has made significant contributions to the field of materials science through his innovative patents. With a remarkable portfolio comprising four patents, Neumann's work primarily focuses on advanced methods related to lithium physical vapor deposition. His inventions have the potential to enhance the efficiency and effectiveness of various technological applications.

Latest Patents

Among Neumann's latest innovations are two notable patents centered on lithium sputtering technologies. The first, titled "Sustained self-sputtering of lithium for lithium physical vapor deposition," describes a groundbreaking method that initiates a lithium sputtering reaction in a sputtering station equipped with a lithium metal target. This method employs an initial plasma predominantly consisting of inert gas ions and sustains the lithium self-sputtering reaction by reducing the supply of inert gas, resulting in a plasma primarily composed of lithium ions.

The second patent, "Lithium sputter targets," outlines the fabrication methods for lithium sputter targets and associated handling apparatus. It addresses critical aspects such as the adhesion of the lithium metal target to a support structure, the avoidance of passivating coatings, and ensuring uniformity during the sputtering process. Neumann's innovations also extend to modular format lithium tiles and rotary lithium sputter targets, showcasing an impressive depth of creativity and technical expertise.

Career Highlights

Neumann's career has included significant positions at esteemed organizations such as View, Inc. and the University of Illinois. His time at these institutions has allowed him to work on cutting-edge research, leading to his innovative patents that contribute to the scientific community's understanding and application of lithium technologies.

Collaborations

Collaborative efforts have been a crucial aspect of Neumann's career. He has worked alongside accomplished colleagues, including Que Anh Song Nguyen and Anshu A Pradhan. These partnerships have not only enriched his research experience but have also played a vital role in advancing the projects and innovations that Neumann has been involved with throughout his career.

Conclusion

Martin John Neumann stands out as a significant innovator in the realm of lithium sputtering technologies. His extensive work in developing methods for lithium physical vapor deposition not only showcases his technical prowess but also contributes valuable insights to the materials science community. As he continues to advance his research, Neumann's contributions are likely to shape the future of applications involving lithium sputtering and beyond.