Title: Quantum Skyrmions in Ferromagnets via Local Magnetic Field Control

Our proposed model suggests a way to create quantum skyrmions on a ferromagnet by locally adjusting the magnetic field. This is achieved by using a triangular lattice and taking into account the Heisenberg exchange and Dzyaloshinskii-Moriya interactions. These interactions play an important role in stabilizing the skyrmion structure and in creating the appropriate ground state. The model provides a theoretical framework to understand the behavior of skyrmions on a ferromagnet, however, further experimental research is necessary to verify it. This approach can lead to the discovery of new materials and techniques for skyrmion manipulation, with potential applications in various fields.