Department of Advanced Materials Science, Graduate School of Frontier Sciences, The University of Tokyo
Experimental setups
ＢＡ１
- Ti: sapphire regenerative amplifier (pulse width：130 fs, pulse energy：2 mJ,
repetition rate：1 kHz) and optical parametric amplifiers - Pump-probe spectroscopy system
- Nanosecond time-resolved luminescence spectroscopy system (streak camera)
- UV-vis microscopic spectroscopy system
- Infrared microscopic spectroscopy system
ＢＡ５
- Ti: sapphire regenerative amplifier (pulse width：25 fs, pulse energy：2.5 mJ,
repetition rate：1 kHz) and optical parametric amplifier - Optical pump-broadband terahertz probe spectroscopy system
ＢＣ９
- Ti: sapphire regenerative amplifier （pulse width：130 fs, pulse energy：1 mJ,
repetition rate：1 kHz）and noncolinear optical parametric amplifiers (pulse width: 25 fs) - Noncolinear optical parametric amplifier
- Ti: sapphire regenerative amplifier (pulse width：130 fs, pulse energy：2 mJ,
repetition rate：1 kHz) and optical parametric amplifiers - Terahertz pump-optical probe spectroscopy system
- Terahertz radiation imaging system and terahertz spectroscopy system
- Near infrared- UV microscopic spectroscopy system
- Near infrared microscopic luminescence spectroscopy system
- Microscopic Raman spectroscopy system
ＢＦ２
- Ti: sapphire regenerative amplifier (pulse width：130 fs, pulse energy：1 mJ,
repetition rate：1 kHz) - Optical pump-terahertz probe spectroscopy system
ＢＧ３
- fume hood
