'critical dynamics' is a correct and usable phrase in written English.
It often refers to an important process or event that has the potential to significantly influence a particular situation. For example, "The election is seen as one of the most critical dynamics in the debate over the future of our nation."
One of the critical dynamics will be how he handles Nicola Sturgeon, the leader of the Scottish National party (SNP), who is formidable in debates.
"New Political Landscape in U.S. Brings Mixed Blessing for Israel" (front page, Nov. 26) misses critical dynamics in American politics regarding Israel.
Temperature does not modify the nature of the critical dynamics.
Critical dynamics research of memristive systems is very meaningful in both theoretical importance and practical significance.
In short, critical dynamics provide a necessary condition for neurobiologically significant elements of brain dynamics.
The authors show that looking at the impact of monetary transfers "without taking into account social learning effects" leads us to disregard critical dynamics.
The sub-critical dynamics of the system is examined via the pseudo-arclength continuation technique, while the global dynamics is investigated using direct time integration.
The sub- and super-critical dynamics of an axially moving beam subjected to a transverse harmonic excitation force is examined for the cases where the system is tuned to a three-to-one internal resonance as well as for the case where it is not.
For example, power laws that arise from non-critical dynamics have been reported (Touboul and Destexhe, 2010), yet those power laws exhibit slopes of −10 to −50.
Such architectures, however, when combined with near-critical dynamics, can 'trap' activity (Rubinov et al., 2011; Friedman and Landsberg, 2013) inducing heavy-tail size distributions approximating power laws, or in general, extend the region in which critical-like behavior is observed by establishing so-called Griffiths phases (Moretti and Muñoz, 2013).
Overall, the results suggested that finite systems at criticality exhibit signatures of critical systems dynamics but do not (at least in this instance) exhibit exact power laws as had previously been suggested.
