Numerical impact of symmetric two-stream instability on fractional-order plasma model based on specific geometry with LASER light

In this article, we choose the more complex form of extremely unbalanced initial data, further investigating the performance of the particles and the numerical convergence of the scheme. The proposed algorithm is built up using the philosophy of finite difference and spectral estimates. Time and memory management of the generic code for computational matters are also part of the discussion. The practicality of the presented approach and model, which exploit fractional notions, may tempt the reader to extend to more dimensions.