Glen Burnie, MD, United States of America

Daniel George Dosch

USPTO Granted Patents = 4 

Average Co-Inventor Count = 4.8

ph-index = 1

Forward Citations = 9(Granted Patents)


Location History:

  • Severn, MD (US) (1995)
  • Glen Burnie, MD (US) (2023 - 2024)

Company Filing History:


Years Active: 1995-2024

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4 patents (USPTO):Explore Patents

Title: The Innovations of Daniel George Dosch

Introduction

Daniel George Dosch is a notable inventor based in Glen Burnie, MD (US). He has made significant contributions to the field of quantum logic with a total of four patents to his name. His work primarily focuses on developing advanced bias-level sensors for reciprocal quantum logic systems.

Latest Patents

One of his latest patents is the "Squid stack pulse height bias-level sensor for reciprocal quantum logic." This invention utilizes an output-amplifier-based reciprocal quantum logic bias-level sensor to measure and calibrate bias parameters of AC and DC bias signals provided to RQL circuitry. The design incorporates a stack of DC SQUIDs that receive inputs from Josephson transmission lines, allowing for precise adjustments of bias values. Another significant patent is the "Pulse-generator-based bias-level sensors for reciprocal quantum logic." This technology is fabricated on an RQL integrated circuit to sample AC or DC bias values, enhancing the operational efficiency of RQL circuitry.

Career Highlights

Throughout his career, Daniel has worked with prominent organizations, including Northrop Grumman Systems Corporation. His expertise in quantum logic and sensor technology has positioned him as a key figure in his field.

Collaborations

Daniel has collaborated with notable individuals such as Charles Ryan Wallace and Max Earl Nielsen, contributing to advancements in their shared areas of expertise.

Conclusion

Daniel George Dosch's innovative work in the realm of quantum logic and bias-level sensors showcases his significant impact on technology. His patents reflect a commitment to enhancing the functionality and efficiency of quantum systems.

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