This paper is devoted to studying the ϱ-Hilfer fractional snap dynamic system under the ϱ-
Riemann–Liouville fractional integral conditions on unbounded domains [a,∞), a≥ 0, for the …

An asymmetric memristive diode-bridge (MDB) emulator is raised to imitate the asymmetric
volt-ampere characteristic of a physical memristor. Then, an asymmetric MDB-based Jerk …

Mathematics and its applications try to make available a simple and accurate approach to
handle nonlinear equations. The present paper investigates for the first time the application …

In this paper, we consider a coupled snap system in a fractional G-Caputo derivative sense
with integral boundary conditions. Hyers-Ulam stability criterion is investigated, and a …

In this contribution, a novel Jerk system with a smooth piecewise quadratic nonlinearity is
introduced. The new nonlinearity provides a similar smoothness as the cubic polynomial …

This manuscript studies the existence and Ulam–Hyers stability results of solutions of q−
fractional jerk type problem. The uniqueness of solutions is established by means of …

This inquire about ponder is committed to investigating a few properties in connection to
behaviors of solutions to an extended fractional structure of the standard jerk equation. Here …

This paper introduces a new chaotic system model that could generate multi-direction multi-
scroll (MDMS) chaotic attractors. The fundamental dynamics characteristics of this model are …

Compared with general nonlinear systems, multi-time scale system has complex bursting
dynamics and has received widespread attention. A memristor-based Jerk system with …

We characterize the zero-Hopf bifurcation at a singular point of a parameter jerk system. By
employing the second order averaging theory, we demonstrate that up to three periodic …