. 2023 Jul 24;127(30):14557–14586. doi: 10.1021/acs.jpcc.3c02091

Table 1. Reported Instrumental Setups for Specific Samples^a.

sample	light source	photonic tools	objective	resolution	detector
transient absorption microscopy
organic films	5 kHz Ti:sapphire amplifier¹⁷²	OPA (700 nm)	0.4 NA air	spatial: sub-10 μm	PMT, lock-in amplifier
organic films	5 kHz Ti:sapphire amplifier¹⁷²	OPA (700 nm)	0.4 NA air	temporal: 35 fs	PMT, lock-in amplifier
nanocrystal and polymer blends	1 kHz Ti:sapphire amplifier⁶⁹	BBO (400 nm), sapphire (continuum)	0.75 NA air	spatial: 0.3 μm	PMT
nanocrystal and polymer blends	1 kHz Ti:sapphire amplifier⁶⁹	BBO (400 nm), sapphire (continuum)	0.75 NA air	temporal: 150 fs	PMT
perovskite films	1 kHz Ti:sapphire amplifier¹¹⁵	Argon gas tube (continuum)	0.95 NA air	spatial: 0.7 μm	CMOS
perovskite films	1 kHz Ti:sapphire amplifier¹¹⁵	Argon gas tube (continuum)	0.95 NA air	temporal: 250 fs	CMOS
	200 kHz Yb:KGW amplifier⁷⁴	YAG (continuum), sapphire (continuum)	1.1 NA oil	spatial: 264 nm	EMCCD
	200 kHz Yb:KGW amplifier⁷⁴	YAG (continuum), sapphire (continuum)	1.1 NA oil	temporal: 13 fs	EMCCD
single organic crystals	200 kHz Yb fiber	sapphire (continuum)	0.9 NA air	–	high-speed silicon array detector, spectrometer
single nanowires	80 MHz Ti:sapphire⁵⁹	BBO (400 nm)	1.3 NA oil	spatial: 420 nm	APD, AOM with lock-in amplifier
single nanowires	80 MHz Ti:sapphire⁵⁹	BBO (400 nm)	1.3 NA oil	temporal: 300 fs	APD, AOM with lock-in amplifier
	80 MHz Ti:sapphire¹⁷³	BBO (425 nm)	0.8 NA air	spatial: 600 nm	balanced photodiode, AOM with lock-in amplifier
	80 MHz Ti:sapphire¹⁷³	BBO (425 nm)	0.8 NA air	temporal: 500 fs	balanced photodiode, AOM with lock-in amplifier
single nanoparticles	86 MHz Ti:sapphire¹²⁴	BBO (400 nm), photonic crystal fiber (continuum)	1.4 NA oil	spatial: 600 nm	amplifying photodiode, chopper with lock-in amplifier
single nanoparticles	86 MHz Ti:sapphire¹²⁴	BBO (400 nm), photonic crystal fiber (continuum)	1.4 NA oil	temporal: sub-100 fs	amplifying photodiode, chopper with lock-in amplifier
	80 MHz Ti:sapphire¹²³	OPO (530 nm)	1.3 NA oil	spatial: ∼350 nm	APD, AOM with lock-in amplifier
	80 MHz Ti:sapphire¹²³	OPO (530 nm)	1.3 NA oil	temporal: 140 fs	APD, AOM with lock-in amplifier
single molecules	85 MHz Ti:sapphire¹⁶⁸	SLM (600–1000 nm)	0.52 NA reflective	spatial: 1 μm	EMCCD
single molecules	85 MHz Ti:sapphire¹⁶⁸	SLM (600–1000 nm)	0.52 NA reflective	temporal: 6 fs	EMCCD
ultrafast two-dimensional microscopy
polymer beads	1 kHz Ti:sapphire amplifier¹²⁹	OPA (5 μm)	0.4 NA reflective	spatial: ∼15 μm	MCT array detector, spectrometer
polymer beads	1 kHz Ti:sapphire amplifier¹²⁹	OPA (5 μm)	0.4 NA reflective	temporal: 100 fs	MCT array detector, spectrometer
nanocrystal thin films	100 kHz Yb amplifier¹⁷⁴	NOPA (585 nm)	0.13 NA aspheric lens	spatial: 17 μm	CCD, spectrometer
nanocrystal thin films	100 kHz Yb amplifier¹⁷⁴	NOPA (585 nm)	0.13 NA aspheric lens	temporal: 80 fs	CCD, spectrometer
single organic crystals	100 kHz Yb amplifier¹²⁷	YAG (continuum)	0.65 NA reflective	spatial: <1 μm	linear CCD array, spectrometer
single organic crystals	100 kHz Yb amplifier¹²⁷	YAG (continuum)	0.65 NA reflective	temporal: 33 fs	linear CCD array, spectrometer
bacteria	83 MHz Ti:sapphire¹³⁰	–	1.2 NA water	spatial: 0.83 μm	APD, lock-in amplifier
bacteria	83 MHz Ti:sapphire¹³⁰	–	1.2 NA water	temporal: 20 fs	APD, lock-in amplifier

Abbreviations: Beta barium borate (BBO), yttrium aluminum garnet (YAG), optical parametric amplifier (OPA), optical parametric oscillator (OPO), spatial light modulator (SLM), noncollinear OPA (NOPA), photomultiplier tube (PMT), complementary metal–oxide–semiconductor (CMOS), charge-coupled device (CCD), electron multiplying CCD (EMCCD), avalanche photodiode (APD), mercury cadmium telluride (MCT).

Table 1. Reported Instrumental Setups for Specific Samplesa.

Table 1. Reported Instrumental Setups for Specific Samples^a.