Digital Cavities and Their Potential Applications
Khadga Karki, Magne Torbjornsson, Julia. R. Widom, Andrew H. Marcus,, Tonu Pullerits
TL;DR
This paper introduces the concept of digital cavities, demonstrating their tunability and high Q-factor, and explores their potential in high-resolution spectroscopy, clock synchronization, and signal processing.
Contribution
It presents the theoretical foundation and practical implementation of digital cavities with unlimited Q-factor, highlighting their novel applications in various high-precision fields.
Findings
Implemented a tunable digital cavity with unrestricted Q-factor
Demonstrated potential applications in high-resolution spectroscopy
Discussed use cases in clock synchronization and data acquisition
Abstract
The concept of a digital cavity is presented. The functionality of a tunable radio-frequency/microwave cavity with unrestricted Q-factor is implemented. The theoretical aspects of the cavity and its potential applications in high resolution spectroscopy and synchronization of clocks together with examples in signal processing and data acquisition are discussed.
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