The q-deformed Tinkerbell map
Publication Type:Journal Article
Source:Chaos, Volume 28, Issue 11 (2018)
q-deformations of functions and distributions have been used in the literature to explain several experimental observations. In this work, we study the dynamics of the Tinkerbell map under qq-deformations. The system exhibits a rich variety of dynamical behavior as qq varies, including occurrences of interior crises, paired cascades, simultaneous occurrence of Neimark-Sacker and reverse Neimark-Sacker bifurcations, and co-existence of attractors and multistability. Numerical analysis reveals the existence of 3 limit cycles occurring simultaneously in a certain parameter regime. An appropriate choice of initial conditions enables one to choose a desired attractor for the system among other co-existing ones, thus switching the system between different dynamical states. We demonstrate the possibility of secure encryption and decryption of messages with the qq-deformed Tinkerbell map. The system’s sensitivity to the initial conditions and to the deformation parameter makes the cryptic message secure, and decryptg the original message difficult. We propose the use of the qq-deformed map as a novel method for transmission of messages securely.