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MabuchiLab Research
Research Themes
Our group works in physical measurement and control, with current emphasis on the development and application of practical methodologies for the study of hypersensitive quantum systems and context-sensitive biophysical phenomena. The most distinctive aspects of our scientific research emerge from a synthesis of theoretical physics, systems engineering and advanced experimental technique.
Ongoing research projectsCavity-enhanced single molecule spectroscopy Closed-loop tracking of fluorescent biomolecules Magnetic microtraps for cavity QED, BECs, and atom optics Quantum feedback control and metrology with cold atoms Theory of quantum filtering and feedback control
Past research projectsAdaptive homodyne phase measurement Optical characterization of stochastic molecular dynamics Optimal discrimination between optical coherent states Photonic band gap materials for cavity QED Spatially-resolved photoacoustic spectroscopy
Recommended ReadingOther resourcesYou can find (and contribute to) our collective lab knowledge at our wiki called Qwiki... | |