Jesse A Frantz

USPTO Granted Patents = 37 (Patent Applications = 24)

Average Co-Inventor Count = 6.2

ph-index = 2

Forward Citations = 20(Granted Patents)

Location History:

Cheverly, MD (US) (2012)
Landover, MD (US) (2012 - 2020)
Washington, DC (US) (2017 - 2024)

Company Filing History:

36 out of 16,080

USA As Represented by Secretary of the Navy

patents

2 out of 50

Sunlight Photonics Inc.

patents

1 out of 15,475

University of California

patents

4. 1 out of 832,843

Other

patents

where one patent can have more than one assignee

Years Active: 2012-2025

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37 patents (USPTO):Sort by Forward CitationsExplore Patents

1. 12461284 - Wideband antireflective surface structures for optics and methods of manufacturing the same (2025-11-04),

2. 12259603 - Thermally tuned optical devices containing chalcogenide thin films (2025-03-25),

3. 12196951 - Optomechanical fiber actuator (2025-01-14),

4. 11912606 - Infrared-transmitting, polarization-maintaining optical fiber and method for making (2024-02-27),

5. 11761434 - Optomechanical fiber actuator (2023-09-19),

6. 11609479 - Bulk property feedback for liquid crystal-clad waveguides (2023-03-21),

7. 11294253 - Concurrent utilization of monolayer graphene as the planar-alignment layers and the transparent conductive electrodes in electro-optic liquid crystal devices (2022-04-05),

8. 11271124 - Method for fabrication of copper-indium gallium oxide and chalcogenide thin films (2022-03-08),

9. 11231525 - Seed layer for fabrication of antireflective surface structures on optical elements (2022-01-25),

10. 11163207 - Chalcogenide glass waveguides for refractive non-mechanical beam steerer (2021-11-02),

11. 11131898 - Liquid crystal device employing graphene as the planar-alignment agent and electrode (2021-09-28),

12. 11035984 - Anti-reflective surface structures formed using three-dimensional etch mask (2021-06-15),

13. 10915004 - Wavelength-based steering of non-mechanical beam-steering devices (2021-02-09),

14. 10884188 - Antireflective surface structures for active and passive optical fiber (2021-01-05),

15. 10734943 - Photovoltaics optimized for laser remote power applications at eye-safer wavelengths (2020-08-04),

Title: Unveiling the Brilliance of Inventor Jesse A. Frantz

Introduction:

In the realm of innovation, Washington, DC shines brightly with the remarkable contributions of trailblazers like Jesse A. Frantz. With a profound passion for optical fiber technologies, Jesse A. Frantz has left an indelible mark on the field of photonics with her inventive spirit and dedication to advancing dual-use technologies.

Latest Patents:

Jesse A. Frantz's latest patents showcase her ingenuity in the field of optical fibers. One notable invention is the Infrared-Transmitting, Polarization-Maintaining Optical Fiber. This revolutionary fiber preserves the polarization state of infrared light, offering applications in laser power delivery, sensing, and imaging. Additionally, the Optomechanical Fiber Actuator demonstrates Jesse A. Frantz's expertise in developing mechanical actuators based on a fiber optic platform.

Career Highlights:

With an impressive portfolio of 34 patents, Jesse A. Frantz has solidified her reputation as a pioneering inventor in Washington, DC. Her relentless pursuit of innovation has led to groundbreaking solutions in the realm of photonics, enhancing the capabilities of optical fiber technologies.

Collaborations:

Jesse A. Frantz has collaborated with esteemed professionals in her field, including coworkers like Jasbinder Singh Sanghera and Jason D. Myers. Through these collaborations, she has been able to leverage diverse expertise and drive forward transformative advancements in the field of photonics.

Conclusion:

In closing, Jesse A. Frantz's journey as an inventor in Washington, DC exemplifies the power of innovation and perseverance in shaping the future of dual-use technologies. Her latest patents stand as a testament to her visionary approach to optical fiber technologies, underscoring her invaluable contributions to the realm of photonics.

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