# Dynamical response of the Ising model to the amplitude modulated time dependent magnetic field

## TL;DR

This paper investigates how the Ising model responds dynamically to amplitude-modulated magnetic fields, revealing that such modulation can induce dynamical phase transitions in the system.

## Contribution

It introduces a novel analysis of the Ising model under amplitude-modulated magnetic fields using EFT with Glauber dynamics, highlighting the emergence of dynamical phase transitions.

## Key findings

- Amplitude modulation can induce dynamical phase transitions.
- The model is solved using EFT with Glauber dynamics.
- Various cases of amplitude modulation are explored.

## Abstract

The dynamical Ising model under the effect of the amplitude modulated time dependent periodic magnetic field has been solved by using EFT with Glauber type of stochastic process. Several cases with amplitude modulation have been investigated. It has been shown that, amplitude modulation could display dynamical phase transition on the magnetic system.