Emily Rose Rees

Dr. Emily Rose Rees is a Research Fellow at the Centre for Gravitational Astrophysics at the Australian National University, specializing in advanced technologies for gravitational wave detection and precision measurement systems. Her research directly addresses critical technical challenges in gravitational wave astronomy, where detectors must measure distance changes smaller than a proton across kilometers-long interferometer arms.

Her primary research interests include gravitational wave detection, laser interferometry, precision measurement, optical cavity stabilization, and space-based geodesy. Dr. Rees's work focuses on developing technologies that push the boundaries of measurement sensitivity, with publications demonstrating expertise in subfemtowatt laser phase tracking and high-stability laser locking techniques essential for next-generation gravitational wave observatories.

Dr. Rees has published significant research in recent years, with her 2023 paper on subfemtowatt laser phase tracking representing a major advancement in detector sensitivity. Her work spans both fundamental physics applications in gravitational wave astronomy and practical applications in space-based geodesy missions for Earth observation. The consistent publication record through 2023 indicates active, ongoing research in these critical areas of experimental physics.

Her research on laser stabilization and precision measurement has far-reaching implications beyond gravitational wave astronomy, with applications in quantum metrology, atomic physics, and Earth observation technologies. The interdisciplinary nature of her work bridges fundamental physics with practical instrumentation development, contributing to multiple scientific domains that require extreme measurement precision.