Linked from

The 16 pages that link to Pierre Curie, each with the reason it gives.

• Spontaneous symmetry breakingRelated: His symmetry principles helped establish how physical causes constrain possible effects.

• Marie CurieRelated: He collaborated with Marie on radioactivity and shared her 1903 Physics Nobel Prize.

• PiezoelectricityRelated: He and Jacques Curie experimentally discovered the direct piezoelectric effect.

• RadioactivityRelated: His measurements and laboratory work advanced early investigations of radioactive substances.

• Magnetic monopoleRelated: Curie discussed the possibility of isolated magnetic poles in the 1890s.

• Mean-field theoryRelated: His work on magnetic materials helped shape the problems later treated by molecular-field models.

• RadiumRelated: He collaborated with Marie Curie in discovering radium.

• Irène Joliot-CurieRelated: Her father’s work helped create the scientific tradition in which she was educated.

• CuriumRelated: Curium was named jointly for him and Marie Curie.

• Frédéric Joliot-CurieRelated: His scientific legacy shaped the Curie laboratory where Joliot conducted his early research.

• PoloniumRelated: He collaborated with Marie Curie in identifying polonium in 1898.

• Henri BecquerelRelated: Pierre Curie joined Marie Curie’s investigation of the radiation Becquerel had discovered.

• PitchblendeRelated: He joined Marie Curie in studying the unusually strong radioactivity of pitchblende residues.

• Curie's principleRelated: He formulated the symmetry principle that bears his name.

• Hopkinson effectRelated: Curie’s work established the transition temperature central to describing the effect.

• Potassium sodium tartrateRelated: He and Jacques Curie used Rochelle salt crystals in their early piezoelectric experiments.