Sentence examples for vast propagation from inspiring English sources
The phrase "vast propagation" is correct and usable in written English.
It can be used to describe the extensive spread or distribution of something, such as information, ideas, or species. Example: "The vast propagation of social media has transformed the way we communicate and share information."
Vitally for IT firms, America accounts for big chunks of the fastest-growing bits of the market, including mobile, cloud and big-data technologies generating, for instance, nearly 60% of the market in analysing the vast propagation of data.
This vast increase in signal propagation can be interpreted as a heightened top-down influence enforced on the attentional and perceptual systems.
In recent years, two important aspects of heliospheric physics have emerged: (1) the intrinsic dynamism of the Sun's open magnetic flux and its vast importance for energetic particle propagation and acceleration; and (2) the importance of heliospheric grain populations for the production of energetic particles and anomalous cosmic rays.
Virtually all biological processes rely on protein protein interactions (PPIs) for signal propagation, therefore representing a vast array of potentially viable therapeutic intervention points.
Moreover, the temporal control of action potential propagation could encode a vast amount of information.
This in combination with the observation that the vast majority of ClpB+ colonies fail to propagate NM raises the possibility that E. coli host mutations are also necessary for prion propagation and that E. coli is coming up with various other ways to get around this sickness.
These studies provided clear and direct experimental evidence to support the hypothesis that some tumors are composed of a minority population of cells that retain both the self-renewal and propagation potentials [1] of the tumor and a vast majority of cells that are merely the nontumorigenic daughter cells of CSCs [5].
The vast majority of existing abstraction models for both interference geometry and signal propagation is based on the fundamental assumption of 2D scenarios.
Theoretical and experimental studies of electromagnetic wave propagation in magnetized plasmas are of key importance for a vast range of problems in space and laboratory physics [1, 2, 3].
Central direction to the whole vast enterprise was provided by the establishment at Rome in 1622 of the Congregation for the Propagation of the Faith.
