Curie symmetry

Curie symmetry, named after physicist Pierre Curie, refers to a principle in physics that states certain systems exhibit symmetries under specific transformations. For example, if a system's properties remain unchanged when its coordinates are inverted or rotated, it demonstrates Curie symmetry. This concept helps in understanding how natural phenomena behave, especially in fields like crystallography and magnetism, where the symmetry of a material influences its physical properties. Essentially, it highlights the relationship between the structure of a system and its observable behaviors, allowing scientists to predict and explain various physical phenomena.