References in Optical Phase Array Technologies
Hsu et al. (2021) provide a comprehensive overview of optical phased arrays utilized in automotive LiDAR systems in their analysis found in the IEEE Journal of Selected Topics in Quantum Electronics. The article discusses the operational mechanisms and potential advancements in optical technology for vehicular applications.
Sharif Azadeh et al. (2023) explore the integration of microcantilever photonic circuits for wide-ranging laser beam scanning in Nature Communications. Their work emphasizes the significance of compact designs and enhanced functionalities for modern photonic devices.
A review by Wang, Watkins, and Xie (2020) highlights the advancements in MEMS mirrors tailored for LiDAR applications, as documented in Micromachines. This investigation details various MEMS technologies that facilitate improved accuracy and efficiency in light detection systems.
Hofmann, Janes, and Quenzer (2012) discuss high-Q MEMS resonators intended for laser beam scanning displays in Micromachines. Their findings point towards the potential for high-fidelity imaging technologies via MEMS platforms.
Poulton et al. (2022) examine coherent LiDAR systems with a substantial optical phased array in the same IEEE journal highlighted above, showcasing the critical components of an 8,192-element array that substantially improves measurement capabilities in diverse environments.
Zhang et al. (2022) present their work on a large-scale micromechanical systems-based LiDAR in Nature. They focus on the integrated design comprising silicon photonics, which enhances the scalability and potential applications in various fields of sensor technology.
Lastly, Li et al. (2023) investigate a frequency-angular resolving LiDAR that utilizes chip-scale acousto-optic beam steering, demonstrating innovative methods for improving resolution and detection capabilities, thereby advancing the field of optical sensing.
