… of such an effect will require both submolecule spatial resolution (for atomic motions) and …
We first calculate the vibrationally resolved absorption spectrum of H 2 P in the gas phase to …

… excitation … fluorescence measurements on ZnPc trapped in frozen matrices [16], these
emission lines are associated to the vibrational modes of the molecule and constitute an accurate …

… Δν = 1/(2πT 1 ) determined from pulsed measurements of the excited state lifetime T 1 = 7 ns
(… We also used fluorescence excitation spectroscopy to probe the vibrational levels of S 1 . …

… and submolecular spatial resolution of the … excitation efficiency is larger when electron
tunnelling takes place through the HOMO. This is in agreement with the increased fluorescence …

… role of selectively exciting molecular vibrations in achieving precise control … excitation of the
vibrational modes by tuning the excitation … light-matter interactions at the sub-molecular level. …

… images of single porphyrin molecules with submolecular … also performed for the first singlet
excited state with TDDFT. Three … fluorescence spectra also made it possible for the accurate …

… ) 3,4 reaches the requisite sub-molecular spatial resolution 5 , … , with the corollary that both
excitation and detection proceed … Precise alignment of the parabolic mirror is established by …

… between the vibrational wavefunctions of the excited and ground … Molecular fluorescence
is generated by the excitation of … Also plotted are a DFT simulated fluorescence spectrum from …

… to supplement spectroscopy experiments with accurate calculations because of the … with
submolecular resolution (48). In this paper, STM-L was employed to spatially map the vibrational …

… at excitation energies of hν in = 1.90 eV and hν in > 1.95 eV that can be linked to the resonant
excitation of the vibrational … tautomerization reaction with submolecular precision by tuning …