opics include:

• multiphoton (one- or two- or three- or more photons) microscopy theory and system development
• multiphoton (MP) in wide-field and laser scanning confocal microscopy
• infrared lasers for MP systems (femtosecond vs. picosecond vs. CW)
• tissue engineering, endoscopy and intravital or in vivo imaging using multiphoton microscopy
• endogenous molecular (NADH/FAD/Tryptophan) imaging, energy metabolism and its applications
• harmonic generation microscopy (SHG, THG) and its applications
• two-photon light sheet microscopy
• fluorescence resonance energy transfer imaging (FRET)
• fluorescence lifetime imaging (frequency and time domain) (FLIM) and its applications
• fluorescence correlation spectroscopy and image cross correlation spectroscopy (FCS, ICCS)
• fluorescence recovery after photobleaching (FRAP), uncaging and photoactivation
• various biological applications including developmental, neurobiology, plant biology, calcium and pH imaging
• photodynamic therapy (PDT) and clinical imaging
• photo-thermal, -chemical and -mechanical effects of IR radiation
• laser safety and other related applications.