Critical transitions in degree mixed networks: A discovery of forbidden tipping regions in networked spin systems
Critical transitions can be conceptualized as abrupt shifts in the state of a system typically
induced by changes in the system's critical parameter. They have been observed in a variety
of systems across many scientific disciplines including physics, ecology, and social science.
Because critical transitions are important to such a diverse set of systems it is crucial to
understand what parts of a system drive and shape the transition. The underlying network
structure plays an important role in this regard. In this paper, we investigate how changes in …
induced by changes in the system's critical parameter. They have been observed in a variety
of systems across many scientific disciplines including physics, ecology, and social science.
Because critical transitions are important to such a diverse set of systems it is crucial to
understand what parts of a system drive and shape the transition. The underlying network
structure plays an important role in this regard. In this paper, we investigate how changes in …
Correction: Critical transitions in degree mixed networks: A discovery of forbidden tipping regions in networked spin systems
1. Reisinger D, Adam R, Kogler ML, Fü llsack M, Jä ger G (2022) Critical transitions in
degree mixed networks: A discovery of forbidden tipping regions in networked spin systems.
PLoS ONE 17 (11): e0277347. https://doi. org/10.1371/journal. pone. 0277347 PMID:
36399485
degree mixed networks: A discovery of forbidden tipping regions in networked spin systems.
PLoS ONE 17 (11): e0277347. https://doi. org/10.1371/journal. pone. 0277347 PMID:
36399485