Critical transition influenced by dynamic quorum sensing in nonlinear oscillators

Tipping in complex systems: theory, methods and applications

“…As shown by Verma and Ambika [14], sudden transitions or tipping in a collection of systems can be induced due to multiplexing with another network of systems and in this case the coupling topology influences the nature of transitions on both layers, that are multiplexed. Asir et al [15] propose how dynamic quorum sensing can lead to discon-tinuous transitions to steady states, in various biological and chemical systems. In the article by Arumugam et al [16], we see rate-induced tipping in a spatially coupled ecological system, leading to the extinction of a metacommunity.…”