Birth of Marie Sklodowska Curie
Birth of Marie Sklodowska Curie in Warsaw.
Role range: 1867-1934
Follow Marie Sklodowska Curie through 55 dated historical records for Poland.
A chronological timeline drawn from matching World History Database records.
Birth of Marie Sklodowska Curie in Warsaw.
Role range: 1867-1934
Grows up in Warsaw under Russian imperial rule.
Role range: 1867-1934
Leaves Warsaw to study at the University of Paris.
Role range: 1867-1934
Completes a physics degree at the University of Paris.
Role range: 1867-1934
Completes further mathematical studies in Paris.
Role range: 1867-1934
Marries Pierre Curie and continues research in Paris.
Role range: 1867-1934
Begins studying Becquerel rays for her doctoral work.
Role range: 1867-1934
Gives birth to her daughter Irene Curie.
Role range: 1867-1934
Announces polonium with Pierre Curie.
Role range: 1867-1934
Announces radium with Pierre Curie and Gustave Bemont.
Role range: 1867-1934
Finds pitchblende more radioactive than uranium alone.
Role range: 1867-1934
Shows pitchblende contains a substance far more radioactive than uranium.
Role range: 1867-1934
Uses radioactivity to describe emissions from uranium and thorium.
Role range: 1867-1934
Measures uranium minerals while developing the concept of radioactivity.
Role range: 1867-1934
Begins teaching physics at the Ecole Normale Superieure for women.
Role range: 1867-1934
Determines radium properties from purified radium chloride.
Role range: 1867-1934
Names polonium after Poland, her native country.
Role range: 1867-1934
Separates radium salts and determines radium properties during doctoral research.
Role range: 1867-1934
Receives her doctorate for research on radioactive substances.
Role range: 1867-1934
Shares the Nobel Prize in Physics for radiation research.
Role range: 1867-1934
Shares the Nobel Prize in Physics and becomes the first woman to receive a Nobel Prize.
Role range: 1867-1934
Receives the Davy Medal with Pierre Curie.
Role range: 1867-1934
Leaves the radium isolation process unpatented for open scientific use.
Role range: 1867-1934
Gives birth to Eve Curie, her second daughter.
Role range: 1867-1934
Continues isolating radium compounds after the Nobel Prize.
Role range: 1867-1934
Travels to Stockholm for the delayed Nobel ceremonies.
Role range: 1867-1934
Succeeds Pierre Curie in his Sorbonne chair.
Role range: 1867-1934
Gives her first lecture as Sorbonne professor.
Role range: 1867-1934
Becomes a full professor at the Sorbonne.
Role range: 1867-1934
Supports plans for a dedicated radium research institute.
Role range: 1867-1934
Produces radium as a pure metal with Andre Debierne.
Role range: 1867-1934
Attends the first Solvay Conference on radiation and quanta.
Role range: 1867-1934
Wins the Nobel Prize in Chemistry for radium and polonium.
Role range: 1867-1934
Receives the Nobel Prize in Chemistry for work on radium and polonium, including the isolation and study of radium.
Role range: 1867-1934
Is hospitalised after severe strain following her second Nobel Prize.
Role range: 1867-1934
Returns gradually to scientific work after illness and controversy.
Role range: 1867-1934
Continues work on radium standards for scientific measurement.
Role range: 1867-1934
The Paris Radium Institute opens as war begins.
Role range: 1867-1934
Organises mobile radiography units for wartime medical service.
Role range: 1914-1918 – 1867-1934
Equips mobile X-ray cars known as Little Curies.
Role range: 1914-1918 – 1867-1934
These dates and descriptions come from the historical_events database. Exact duplicate records have been collapsed. Names are grouped by the country, Name 2 and Name 1 fields; records with missing Name 2 cannot be reliably assigned to an individual biography. Check the underlying sources before formal citation.