Judith Olson

Title: Innovations of Judith Olson in Atomic Clock Technology

Introduction

Judith Olson is a prominent inventor based in Northglenn, Colorado, known for her significant contributions to atomic clock technology. With a total of seven patents to her name, she has made remarkable advancements in the field, particularly in enhancing the precision and functionality of atomic clocks.

Latest Patents

One of Judith's latest patents is the "Atomic clock with enhanced oscillator regulation." This invention utilizes a rubidium optical atomic clock that employs a modulated 778 nanometer probe beam to excite rubidium 87 atoms. The atoms emit 758.8 nm fluorescence as they return to their ground state. A spectral filter is used to reject scatter from the probe beams while allowing the fluorescence to be detected with a high signal-to-noise ratio. The atoms are localized by a magneto-optical trap, ensuring that most of them lie within a conical volume defined by an 8° angle, which enhances the resulting fluorescence detection signal. This signal can be demodulated to provide an error signal for adjusting the oscillator frequency.

Another notable patent is the "Flexible atomic clock," which describes a method for controlling an atomic clock. This method involves receiving a request that includes an operational mode for the atomic clock. The clock consists of a local oscillator, a vapor cell, a detector, and a local oscillator controller. The vapor cell contains atoms that transition between energy states when stimulated by a signal from the local oscillator. The detector provides an error signal to the local oscillator controller, indicating the difference between the actual frequency and a target frequency. The local oscillator controller adjusts the oscillator based on this error signal, allowing for precise control of the atomic clock.

Career Highlights

Judith Olson has established herself as a leading figure in the field of atomic clock technology through her innovative patents and research. Her work at Coldquanta, Inc. has positioned her at the forefront of advancements in this area, contributing to the development of highly accurate timekeeping devices.

Collaborations

Judith has collaborated with notable colleagues, including Evan Salim and Andrew Kortyna, to further her research and innovations in atomic clock technology.

Conclusion

Judith Olson's contributions to atomic clock technology exemplify her dedication to innovation and precision in timekeeping. Her patents reflect a deep understanding of the complexities involved in atomic physics and engineering. Through her work, she