… A particularly promising emerging optical transport technique is spatiotemporal microscopy
(… spatial and temporal resolution. It enables the non-contact study of transport phenomena in …

… A particularly promising emerging optical transport technique is spatiotemporal microscopy
(… spatial and temporal resolution. It enables the non-contact study of transport phenomena in …

… is to characterize the light transport process determined by … microscopic transport parameters,
such as the transport mean … light transport arising from its structure, not to study it directly. …

… of complete spatiotemporal control at single molecule level. In what follows, we review the
salient features of spatiotemporal control rendered through fluorescence microscopy and …

… high-speed fluorescence microscopy in combination with … spatiotemporal waves in a living
cell. These waves constitute single temporal calcium “spike” observed using other microscopy …

… transport phenomena. Hence, reaction-diffusion systems … phenomena and produce various
types of spatio-temporal … influence of spatio-temporal organization phenomena in such …

… applicable only within limited spatiotemporal ranges and how … the microscopic physical
underpinnings of electronic energy … analysis of such nondiffusive transport phenomena as well. …

… Finally, we include advanced applications of spatiotemporal light fields, from light–matter
interaction to imaging, and from classical to quantum regimes (chapters 16–19). …

… However, high temporal and spatial precisions call for a trade-off because smaller integration
times lead to a lower signal and lower SNR. ISCAT can provide an ideal solution [Citation…

… , we used time-resolved photoemission electron microscopy (TR-PEEM) 20,21 to access
the charge transfer dynamics on the femtosecond–nanosecond timescales. For this purpose, …