Linked from

The 33 pages that link to Marie Curie, each with the reason it gives.

• Nobel Prize in PhysicsRelated: Her 1903 physics award made her the first woman to receive a Nobel Prize.

• Nobel Prize in ChemistryBroader topic: Her 1911 chemistry prize recognized discoveries of radium and polonium and the isolation of radium.

• Radiation protectionRelated: Her work advanced radiation science during its early, hazardous period.

• Second Polish RepublicRelated: Her scientific work became a prominent source of national and international prestige for Poland.

• Academy of SciencesRelated: Her election as the Academy’s first woman member in 1962 marked a major institutional change.

• Nuclear physicsRelated: Her work on radioactivity helped make nuclear transformations an experimental subject.

• RadioactivityRelated: Her work established radioactivity as a measurable property of elements.

• UraniumRelated: Her investigations of uranium ores led to the discovery of polonium and radium.

• Pierre CurieRelated: She collaborated with Pierre on isolating radioactive elements and continued their research after his death.

• RadiologyRelated: Her work helped establish the scientific foundations of radionuclide imaging and treatment.

• RadiumRelated: She led the research that isolated radium from pitchblende.

• Radiation-induced cancerRelated: Her prolonged exposure to radioactive materials illustrates the hazards encountered before radiation protections were established.

• Frederick SoddyRelated: Curie’s discoveries of polonium and radium formed part of the research context for Soddy’s work.

• French Legion of HonourRelated: Her 1903 appointment recognized scientific achievement, an increasingly prominent basis for the award.

• Irène Joliot-CurieRelated: Her mother introduced Irène to experimental radioactivity and trained her in wartime X-ray work.

• Women in STEMBroader topic: Her career demonstrates women’s influence in fields that historically excluded them.

• CuriumRelated: Curium’s name honors her pioneering work on radioactivity.

• Frédéric Joliot-CurieRelated: She recruited Joliot as a laboratory assistant at the Radium Institute, where he met Irène.

• PoloniumRelated: She co-discovered polonium and named it for her homeland, Poland.

• Henri BecquerelRelated: Curie extended Becquerel’s finding into systematic measurements of radioactive substances.

• PitchblendeRelated: Her analysis of pitchblende led to the discovery of polonium and radium.

• Wilhelm RöntgenRelated: Her research followed the public excitement around X-rays and helped establish a new era of radiation science.

• Women in physicsRelated: Her discoveries and Nobel Prizes made her a landmark figure in physics.

• Nuclear chemistryRelated: Her work made radioactive substances central objects of chemical investigation.

• RadiobiologyRelated: Her work supplied radioactive materials that became central to early biological investigations.

• Loie FullerRelated: Curie and Fuller formed a friendship that linked two prominent women working in different fields.

• ScientistBroader topic: Her research illustrates how sustained investigation can establish a new field of study.

• PhysicistBroader topic: Her experimental work helped establish radioactivity as a subject of physical study.

• Marguerite PereyRelated: Curie hired Perey at the Radium Institute and trained her in radiochemical methods.

• Edith Anne StoneyRelated: Curie’s wartime radiological initiative formed part of the wider effort Stoney supported.

• Elizabeth RonaRelated: Rona studied at Curie’s Paris laboratory and developed expertise in polonium chemistry.

• History of cancerRelated: Radium research enabled early cancer treatments with radiation, while exposing hazards of radioactive materials.

• TapputiCompared with: Her documented scientific career contrasts with Tapputi’s brief ancient attestation.