The Curie temperature of ferromagnetic materials is primarily determined by the strong magnetic interactions between atoms and is generally considered a constant for a given material. However, external factors, such as a strong magnetic field, can influence the alignment of atomic spins, potentially raising the Curie temperature qualitatively. While environmental conditions have minimal impact, the presence of a strong magnetic field can enhance atomic order, affecting the material's magnetic properties. This interaction suggests that while the Curie temperature is stable, it can exhibit variations under specific conditions. Understanding these dynamics is essential for applications in magnetism and material science.