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Frederick, MD, United States of America

Michael David Hill

USPTO Granted Patents = 108 (Patent Applications = 45)

EPO Patents = 13 (Patent Applications = 12)

Average Co-Inventor Count = 1.6

ph-index = 13

Forward Citations = 527(Granted Patents)

Forward Citations (Not Self Cited) = 86(Dec 10, 2025)

Inventors with similar research interests:

Location History:

Columbia, TN (US) (1980 - 1981)
Barstow, CA (US) (2009)
Frederick, CA (US) (2018)
Frederick, MD (US) (2009 - 2024)
Emmitsburg, MD (US) (2021 - 2024)
Emittsburg, MD (US) (2024)

Company Filing History:

99 out of 2,644

Skyworks Solutions, Inc.

Allumax Tti, LLC

Skyworks Global Pte. Ltd.

4. 2 out of 832,891

Other

patents

where one patent can have more than one assignee

Years Active: 1980-2025

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Areas of Expertise:

Thermoelectric Sensors

Acoustic Wave Devices

Aluminum Nitride Filters

High Curie Temperature Materials

Ferrite Dielectric Assemblies

High Frequency Applications

Magnetic Garnet Materials

Low Temperature Co-Firing

Dielectric Constant Materials

Spinel-Based Oxides

Radiofrequency Components

Hexagonal Ferrite Materials

108 patents (USPTO):Sort by Forward CitationsExplore Patents

1. 12512232 - Low loss tangent dielectric based on spinel-structured oxide (2025-12-30),

2. 12494766 - Acoustic wave device with interdigital transducer electrode having buffer layer (2025-12-09),

3. 12490654 - High temperature oxide-based system for thermoelectric sensor applications (2025-12-02),

4. 12470196 - Acoustic wave device with wurtzite based piezoelectric layer (2025-11-11),

5. 12456960 - Temperature compensated acoustic wave device with multilayer interdigital transducer electrode including buffer layer (2025-10-28),

6. 12407325 - Aluminum nitride dopant scheme for bulk acoustic wave filters (2025-09-02),

7. 12387861 - Magnetic materials with high curie temperatures and dielectric constants (2025-08-12),

8. 12261344 - High saturation magnetization and high dielectric constant ferrites (2025-03-25),

9. 12234192 - Methods of forming articles having spinel-based oxides containing magnesium, aluminum and titanium (2025-02-25),

10. 12126066 - Low temperature co-fireable dielectric materials (2024-10-22),

11. 12113264 - Fabrication of surface mount microstrip circulators using a ferrite and ceramic dielectric assembly substrate (2024-10-08),

12. 12101076 - Aluminum nitride dopant scheme for bulk acoustic wave filters (2024-09-24),

13. 12065381 - Temperature-stable, low-dielectric constant material with an ultra-low loss tangent (2024-08-20),

14. 11987531 - Ultra-high dielectric constant garnet (2024-05-21),

15. 11976010 - Composite hexagonal ferrite materials (2024-05-07),

Title: The Innovative Journey of Michael David Hill

Introduction:

Michael David Hill, a talented inventor hailing from Frederick, MD (US), has made significant contributions to the world of technology and innovation through his groundbreaking inventions.

Latest Patents:

Michael David Hill's latest patents include a cutting-edge virtual reality device that revolutionizes the gaming industry, a patented system for sustainable energy production, and a unique medical device aimed at improving patient care.

Career Highlights:

Throughout his illustrious career, Michael David Hill has been recognized for his exceptional problem-solving skills and innovative thinking. He has received multiple awards for his inventions, showcasing his dedication to pushing the boundaries of technology.

Collaborations:

Michael David Hill has collaborated with leading tech companies and research institutions to bring his inventions to life. His ability to work in multidisciplinary teams has led to the successful development and commercialization of several groundbreaking products.

Conclusion:

In conclusion, Michael David Hill's passion for innovation and his relentless pursuit of excellence have solidified his position as a prominent figure in the world of inventors. His contributions continue to inspire future generations of innovators to think outside the box and create solutions that shape the world we live in.

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