Yun-Feng Xiao, Peking University, China
Frank Vollmer, Max Planck Institute for the Science of Light, Germany
Warwick P. Bowen, University of Queensland, Australia
Sensing of nanoscale objects with ultrahigh sensitivity is highly desirable for applications in various fields, such as in early-stage diagnosis of diseases, process control in semiconductor manufacturing, environmental monitoring, and homeland security. For instance, the high concentrations of nanoparticles emitted by vehicles and industrial processes contribute significantly to increasing rates of respiratory and cardiac diseases, because nanoscale particles can penetrate the lungs to cause inflammation and even spread to other organs inside the human body.
Over the past few years, the high-Q optical microcavity has shown great potential in ultrasensitive detection because of the strongly enhanced light-matter interaction therein. The microcavity sensing community has been expanding rapidly, with over 100 research groups in the world. The sensing targets range from dispersive to dissipative nanoparticles, including proteins, DNA, nucleic acid and viruses. Significantly, the detection limit of the microcavity sensing has been pushed down to single nanoparticle (molecule) level. This symposium will focus on the nanoparticle detection. It will highlight important recent developments in the field, and aims both to provide a focussed forum to discuss ongoing research and challenges, and to stimulate new interest.
Ken Crozier, University of Melbourne, Australia
Trapping Nanoparticles with Plasmonic and Photonic Nanostructures
Xudong Fan, University of Michigan, USA
Monolithically Integrated Ring Resonator Systems On-Chip
Randall H. Goldsmith, University of Wisconsin Madison, USA
Optical Microresonators as Single-Particle Absorption Spectrometers: Fano Resonances, Attometer Sensitivity, and Working Toward Single-Molecule Spectroscopic Identification
Sile Nic Chormaic, Okinawa Institute of Science and Technology Graduate University, Japan
Cavity Ring-Up Spectroscopy for Sensing in a Whispering Gallery Mode Resonator
Tao Lu, University of Victoria, Canada
Cavity Optomechanics for Sensing Applications