Session Schedule
From 0:00 – 1:00 UTC on 14, July 2021
| Paper ID | First Name | Last Name | Paper Title |
|---|---|---|---|
| 7235 | Zeji | Chen | A Novel Ring-Shaped Extensional Wine-Glass Mode RF-MEMS Resonator with High Quality Factors |
| 7236 | Wenli | Liu | AlN MEMS Resonator with High Quality Factor |
| 7230 | Rui | Yang | Reconfigurable nanoelectromechanical Computing Based on Resonant Cantilevers |
| 7252 | Parvin | Akhkandi | Top Metal Coverage Impact on the Performance of Thin-Film Piezoelectric-on-Substrate Resonators |
| 7164 | Faysal | Hakim | Ferroelectric Hf0.5Zr0.5O2-on-Si Fin Bulk Acoustic Resonators with Frequencies Up to 18 GHz |
| 7051 | Boyang | Jiang | Single Crystal Diamond MHz Resonators |
| 7225 | Hua | Chen | A 131 dBΩ 146 MHz CMOS Transimpedance Amplifier for 20 MHz Capacitive MEMS Beam Resonator |
| 7192 | Marco | Pomponio | Ultra-Low Phase Noise Frequency Division with Array of Direct Digital Synthesizers |
| 7206 | Yao | Yu | A Novel Phase Noise Measurement Technique for Reflection-Type Device |
| 7063 | Etienne | Batori | Ramsey Spectroscopy in a micro-Fabricated Rb Vapor Cell for Miniature Atomic Clocks |
| 7261 | Dmitriy | Kovalenko | EIT/EIA Resonances Driven by the Light Field of Elliptically Polarized Waves |
| 7107 | Tianyu | Liu | Faraday Laser with Cavity Mode Locked for Optical Pumped Rubidium Atomic Clock |
| 7193 | Xiyu | Liu | Magnetic-Field-Insensitive Zeeman Resonance Induced by Parametric Modulations |
| 7259 | Catriona | Thomson | Using Precision Frequency Metrology for Dark Matter Searches |
| 7148 | Wei | Xiao | In Situ Calibration of Magnetic Field Coils Using Parametric Resonance in Optically-Pumped Magnetometers |
| 7032 | Jianye | Zhao | Advances of Chip-Scale Atomic Clock in Peking University in 2020 |
| 7129 | Junhe | Zheng | Influence of magnetic-Field Gradient on the magneto-Optical Resonance Signal Linewidth with anti-relaxation-Coated Cells |
| 7036 | Kaitlin | Fundell | Measurements of the Hg Fill Level in Low-Pressure Hg Discharge Lamps via Macrophotography |
| 7241 | Aditya | Harakare | Modelling of Underwater Acoustic Networks for Source Localization in Arbitrary Bounded Reservoirs |
| 7214 | Sanjoli* | Narang* | A Reconfigurable Hardware Emulator of MEMS Gyroscopes with built-in Error Source Models |
| 7099 | Hussein | Hussein | Parametric Acoustic-Based Passive Transponders for ultra-Sensitive Temperature and Temperature-Threshold Sensing |
| 7092 | Ziyang | Chen | The Frequency Transfer Over 1000 km of Fiber Using the Optical Frequency Comb |
| 7093 | Motohiro | Kumagai | Simultaneous Transfer of RF and Timing Signals via Optical Fiber |
| 7103 | Shilpa | Manandhar | Near Real-Time GPS PPP Time Transfer for Business Continuity in Singapore |
| 7224 | Weijin | Qin | Accounting BDS3–BDS2 inter-System Biases for Precise Time Transfer |
| 7053 | Michael | Wouters | The NMIA WebTimer: a Traceable Time Service for Checking Stopwatches and Timers |
| 7196 | Honglei | Yang | Microwave Transfer via 11 km Fiber Link with fiber-Loop optical-Microwave Phase Detectors |
| 7100 | Yuichiro | Yano | Distributed Synchronization Network Utilizing Miniaturized Atomic Clocks |
| 7082 | Dongrui | Yu | The Role of Electric-Preamplifier Noise on Determining the Frequency Instability of the Optical-Comb Based Frequency Transfer System |
| 7139 | Jingbiao | Chen | High-Stability Rb Optical Clock Based on pulse-Modulated broad-Spectrum comb-Tooth Laser |
| 7109 | Dou | Li | A Proposal of polarization-Modulated Spectroscopy for Rb two-Photon Optical Transition |
| 7094 | Duo | Pan | Bridging the Optical and Microwave Frequencies with the Dual-Frequency Faraday Laser |
| 7128 | Tiantian | Shi | Active Optical Clock Based on Laser Cooling of Alkali-Metal Atoms |
| 7029 | Wenzhe | Wei | The Recent Progress of a 25Mg+- 27Al+ Ion Optical Clock |
| 7161 | Lulu | Yan | Progress on Development of Photonic Microwave Generation at NTSC |
| 7257 | Wesley | Brand | Updates on the Portable Yb Optical Lattice Clock: Towards Precision Timekeeping Outside the Lab |
| 7248 | Justin | Schultz | Progress Towards a Multi-Ion Optical Clock Based on a Linear Chain of Yb Ions |
