Rewrite the text as a scientific researcher to identify the grammatical error and plagiarism in the following text so that you can reconstruct the intention of a human who wrote the text as close to the original intention "The proposed method in this paper has an enhancement analysis in time domain performance analysis for the unstable position control of the Magnetic Levitation System, including transient and steady state responses in modern as well as classical controllers (maglev). Systems using magnetic levitation have a wide range of uses and benefits. Such systems are becoming more popular due to their useful uses. This project will develop a non-linear behaviour model that represents the maglev using the appropriate mathematical modelling. A ferromagnetic ball with a specific mass is present in the system. Based on the intended controller, the object has been suspended in the air at a particular location. MLS can be used to move the object into place and elevate it into an air gap. These systems are extremely unstable and nonlinear. The hybrid Proportional-Integral-Derivative (PID-P) Controller is suggested in this work to enhance the system's performance results. The position control of the maglev has been simulated using the Matlab-Simulink software. When compared to PID, hybrid structre are adjusted via traditional tuning, the performance result of a 2-DOF PID controller is quite good. Finally, based on the findings of the simulation, the position control performance of the maglev system will be exami