Plenary Speakers


Eric Betzig

Janelia Research Campus, Howard Hughes Medical Institute, USA

Nobel Prize Winner in Chemistry 2014

Imaging life at High Spatiotemporal Resolution
I will describe three different technologies that balance the inevitable tradeoffs of spatial resolution, speed, and non-invasiveness in fluorescence microscopy: 3D localization microscopy of cellular ultrastructure; nonlinear structured illumination microscopy of live cell dynamics in the sub-100 nm regime; and lattice light sheet microscopy of rapid 3D dynamic processes in vivo.


Tayyaba Hasan

Harvard Medical School, Massachusetts General Hospital, USA

Photodynamic Therapy (PDT): A Photochemical Slice of Clinical Biophotonics
This presentation will focus on the challenges associated with applying PDT as a theranostic modality for complex disease. Intricacies associated with formulation and drug delivery, dosimetry, and combination therapies that address cancer-sustaining pathways will be discussed.


W.E. Moerner

Stanford University, USA

Nobel Prize Winner in Chemistry 2014

Pupil Plane Modulation to Extract Information from Single-Molecule Emitters for Super-Resolution Microscopy
Single-molecule imaging and active control of concentration lead to super-resolution microscopy for various applications.   Pupil plane phase modulation is a powerful tool to maximize information about 3D position, orientation, and other properties of the nanoscale emitters.