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When a nerve cell fires, its electrical impulses jump between the gaps in the myelin sheath, and this hastens their propagation along the length of the fibre.
Hertz discovered the photoelectric effect (1887) quite by accident while generating electromagnetic waves and observing their propagation.
There are, however, miniscule gaps called Nodes of Ranvier between each segment of myelin – the impulses jump from one Node to the next, and this speeds up their propagation along the fibre, in a process known as saltatory conduction.
Thereafter, their propagation in the south-west direction slows down.
Tensile stresses may promote cracks formation and their propagation.
Their propagation is strongly influenced by surface topography.
Diffraction causes light beams to spread in transverse direction during their propagation.
Their propagation speeds are the same as predicted by the equatorial wave theory (Matsuno 1966).
Regional wavefields are strongly influenced by crustal structure heterogeneity variations along their propagation paths.
Their propagation in compound sentences then becomes describable by suitable truth degree functions of three-valued systems.
These dynamic actions can generate the nucleation of fractures or even their propagation in the structures.
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