Company Filing History:

8 out of 1,619

Ut-battelle, Inc.

patents

1 out of 764

The University of Tennessee Research Foundation

patents

where one patent can have more than one assignee

Years Active: 2014-2024

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8 patents (USPTO):Sort by Forward CitationsExplore Patents

1. 12181773 - Truncated nonlinear interferometer-based sensor system (2024-12-31),

2. 11561453 - Truncated non-linear interferometer-based sensor system (2023-01-24),

3. 11119386 - Truncated nonlinear interferometer-based atomic force microscopes (2021-09-14),

4. 10160645 - Microwave AC conductivity of domain walls (2018-12-25),

5. 9610608 - Self-assembly patterning of organic molecules on a surface (2017-04-04),

6. 9285279 - Electronic thermometry in tunable tunnel junction (2016-03-15),

7. 9267851 - Single-contact tunneling thermometry (2016-02-23),

8. 8752211 - Real space mapping of oxygen vacancy diffusion and electrochemical transformations by hysteretic current reversal curve measurements (2014-06-10),

Title: Petro Maksymovych: Innovator in Optical Sensor Technology

Introduction

Petro Maksymovych is a distinguished inventor based in Knoxville, TN (US). He holds a total of 8 patents that showcase his contributions to the field of optical sensor technology. His innovative work has significantly advanced the capabilities of sensor systems.

Latest Patents

One of Maksymovych's latest patents is the "Truncated Nonlinear Interferometer-Based Sensor System." This system includes an input port that receives an optical beam and a non-linear amplifier that amplifies the optical beam with a pump beam, resulting in a probe beam and a conjugate beam. The system's local oscillators are intricately related to the respective beams. It features a sensor that transduces an input using the probe beam and the conjugate beam or their respective local oscillators. The system incorporates one or more phase-sensitive detectors that detect phase modulation between the local oscillators and the probe and conjugate beams. The output from these detectors is based on the detected phase modulation, and the measurement circuitry within the phase-sensitive detectors measures the phase signals. The measurement can be the sum or difference of the phase signals, exhibiting quantum noise reduction in an intensity difference, phase sum, or amplitude difference quadrature.

Career Highlights

Maksymovych has made significant contributions while working at notable organizations such as UT-Battelle, Inc. and the University of Tennessee Research Foundation. His work has been pivotal in advancing research and development in optical technologies.

Collaborations

Throughout his career, Maksymovych has collaborated with esteemed colleagues, including Raphael C. Pooser and Benjamin J. Lawrie. These collaborations have further enriched his research and innovation efforts.

Conclusion

Petro Maksymovych is a prominent figure in the field of optical sensor technology, with a remarkable portfolio of patents that reflect his innovative spirit. His contributions continue to influence advancements in sensor systems and optical technologies.

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