A number of imaging methods exist to study the brain, the ones best suited for studying temporal dynamics are methods that provide information in real time.

This is one of very few current techniques that allows for researchers to study temporal dynamics in real time.

Another important tool for analyzing temporal dynamics is a magnetoencephalography, known as a MEG.

Over the past few decades research on temporal dynamics has increased significantly.

Modeling of spatial and temporal dynamics in biological olfactory systems.

As for temporal dynamics, three different phases are generally distinguished, whose duration are not comparable.

Each of these types comes in multiple variants, with different voltage sensitivity and different temporal dynamics.

First, the temporal dynamics of disturbance and succession are increasingly unlikely to be in synchrony across any area as the size of that area increases.

In a group of narrative paintings, the temporal dynamic is played out within individual images.

L. Mahadevan is interested in the spatial and temporal dynamics of how matter is organized.