Picosecond time resolved fluorescence analysis is performed on different setups -

from single fluorophores in cells to the nanomotor F_oF₁-ATP synthase in vitro

• ps-pulsed supercontinuum laser 450-2000nm (Fianium)
• ps-pulsed amplified laserdiode 488 nm, PicoTA 490 (Picoquant)
• ps-pulsed laserdiode 635 nm (Picoquant)
• solid state laser Calypso 491 nm (Cobolt)
• solid state laser Sapphire 514 nm (Coherent)
• frequency doubled Nd:YAG 532 nm (Coherent)
• HeNe 543 nm (Zeiss)
• HeNe 594 nm (Coherent)
• solid state laser 594 nm (Spectra Physics)
• Argon ion laser (Lasos)
• several laser diodes (405 nm, 658 nm, 785 nm)
   
• gated intensified OMA : high resolution spectra in 5 ns
• SLM 8100 fluorescence spectrophotometer
• ultrasensitive fast EMCCD  cameras (Andor IXON 897 and IXON Ultra 897)
  for imaging and superlocalization microscopies

• single molecule detection with TCSPC
   (4 APDs/channels for FRET and anisotropy)
• fluorescence correlation spectroscopy (2 channels)
• ABEL trap
   
   
• 2x Olympus IX 71 with xyz scanning stages (PI)
• NIKON SIM / STORM microscope
• TIRF microscopes
• combined with SECM
  (scanning electrochemical microscope)
• Zeiss Axiovert