Company Filing History:

15 out of 2,340

University of Illinois

University of California

patents

where one patent can have more than one assignee

Years Active: 2003-2016

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16 patents (USPTO):Sort by Forward CitationsExplore Patents

1. 9330877 - Logic function generation from single microplasma transistor devices and arrays of devices (2016-05-03),

2. 9263558 - Hybrid plasma-semiconductor transistors, logic devices and arrays (2016-02-16),

3. 9184341 - Flexible and on wafer hybrid plasma-semiconductor transistors (2015-11-10),

4. 8816435 - Flexible hybrid plasma-semiconductor transistors and arrays (2014-08-26),

5. 8674461 - Hybrid plasma-semiconductor electronic and optical devices (2014-03-18),

6. 8525276 - Hybrid plasma-semiconductor electronic and optical devices (2013-09-03),

7. 8492744 - Semiconducting microcavity and microchannel plasma devices (2013-07-23),

8. 8362699 - Interwoven wire mesh microcavity plasma arrays (2013-01-29),

9. 8221179 - Method of making arrays of thin sheet microdischarge devices (2012-07-17),

10. 7804877 - Atomic lasers with exciplex assisted absorption (2010-09-28),

11. 7638937 - Roll to roll method of making microdischarge devices and arrays (2009-12-29),

12. 6867548 - Microdischarge devices and arrays (2005-03-15),

13. 6815891 - Method and apparatus for exciting a microdischarge (2004-11-09),

14. 6695664 - Microdischarge devices and arrays (2004-02-24),

15. 6563257 - Multilayer ceramic microdischarge device (2003-05-13),

Title: The Innovative Mind of Clark J Wagner

Introduction

Clark J Wagner, a notable inventor based in Rowland Heights, California, has made significant contributions to the field of microplasma and semiconductor technology. With a remarkable portfolio of 16 patents, his work has paved the way for advancements in logic devices and hybrid technology.

Latest Patents

Wagner's latest patents include innovative breakthroughs in logic function generation from single microplasma transistor devices and arrays. His invention details how logic devices can be formed using multiple sub-collector and sub-emitter microplasma devices, which can be implemented in both thin, flexible, and inflexible semiconductor materials. This innovative approach allows for logic operations where a microplasma forms sub-collectors with a common emitter, generating logical output based on electric signals from electrodes.

Another notable patent concerns hybrid plasma-semiconductor transistors. This technology utilizes a thin and flexible semiconductor base layer where an emitter region is diffused into the layer, creating a pn-junction. The design incorporates an insulator layer that isolates electrodes, while a collector layer sustains a microplasma when voltage is applied. This intricate setup allows for versatile logic devices and microplasma applications, showcasing Wagner's forward-thinking approach.

Career Highlights

Throughout his career, Clark J Wagner has contributed significantly to the research and development of semiconductor technologies. He has worked with prestigious institutions such as the University of Illinois and Acumen Scientific, where his expertise has been instrumental in pushing the boundaries of technology.

Collaborations

Wagner's journey has also included collaborations with esteemed colleagues like J Gary Eden and Sung-Jin Park. Together, they have contributed to the advancement of microplasma technologies, further enhancing the potential applications of their collective work.

Conclusion

Clark J Wagner's innovative spirit and dedication to research have made a profound impact on the field of semiconductor technology. With his 16 patents, his work exemplifies the creativity and technical prowess of modern inventors. As the world continues to evolve technologically, it is inventors like Wagner who pave the way for future advancements.

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