Company Filing History:

6 out of 818

Boston University

Years Active: 2019-2024

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8 patents (USPTO):Sort by Forward CitationsExplore Patents

1. 11933864 - System and method for measuring second order and higher gradients (2024-03-19),

2. 11874343 - Single point gradiometer (2024-01-16),

3. 11693065 - System and method for measuring second order and higher gradients (2023-07-04),

4. 11614501 - Single point gradiomeier (2023-03-28),

5. 11550003 - Casimir-enabled sensing system and method (2023-01-10),

6. 10451808 - MEMS devices for smart lighting applications (2019-10-22),

7. 10439591 - MEMS device with large out-of-plane actuation and low-resistance interconnect and methods of use (2019-10-08),

8. 10181837 - Widely tunable cavity filter using low voltage, large out-of-plane actuation MEMS (2019-01-15),

Title: Innovations and Contributions of Inventor Matthias Imboden

Introduction

Matthias Imboden, an accomplished inventor based in St. Blaise, Switzerland, has made significant strides in the field of measurement systems, particularly related to magnetic fields. With a portfolio that boasts 8 patents, Imboden stands out as a noteworthy figure in innovation.

Latest Patents

Among his latest contributions are two remarkable patents: the "System and method for measuring second order and higher gradients" and the "Single point gradiometer." The first patent describes a system for effectively measuring changes in the gradient of a magnetic field, utilizing a pair of mechanically coupled magnets aligned along a polarization axis. This innovative system allows for the detection of magnetic field changes through the movement of the magnets. The second patent, the "Single point gradiometer," includes at least one magnet attached to a beam that responds to magnetic forces. The sensing element measures the deflection of the beam or magnet, enabling the gradiometer to determine the gradient of the magnetic field.

Career Highlights

Matthias Imboden has established his career within prestigious institutions, most notably at Boston University and LGS Innovations LLC. His work in these organizations has allowed him to push the boundaries of magnetic measurement technologies and contribute broadly to the scientific community.

Collaborations

Throughout his career, Imboden has collaborated with talented professionals in the field, including David J. Bishop and Joshua Javor. These partnerships have fostered innovative ideas and driven advancements in measurement systems.

Conclusion

In summary, Matthias Imboden's inventive spirit and dedication to advancing magnetic measurement technology have earned him recognition within the innovation community. His latest patents reflect his commitment to enhancing measurement precision, thereby contributing to various scientific and industrial applications. With a strong career foundation and collaborative efforts, Imboden continues to be a valuable asset in the realm of innovation.

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