Cover illustration of Marie Curie beside laboratory instruments, with a wartime X-ray van below. Young Maria Skłodowska learns beside her schoolteacher father in Warsaw. Maria attends an unofficial class for women in Warsaw. Maria works as a governess while supporting her sister Bronya’s medical studies. Marie arrives in Paris and studies at the Sorbonne in a modest room. Marie completes her studies and meets physicist Pierre Curie. Marie and Pierre marry, cycle together, and welcome their daughter Irène. Henri Becquerel’s uranium research leads Marie toward precise measurements of radiation. Marie and Pierre compare mineral activity and investigate an unexplained excess. The Curies announce polonium and choose a name honoring Poland. Marie, Pierre and chemist Gustave Bémont investigate the new element radium. Marie processes ore in a rough laboratory and measures a tiny radium salt sample. Marie earns her doctorate and shares the 1903 Physics Nobel with Pierre and Becquerel. Marie and Pierre’s family grows while demanding laboratory work continues. A rainy Paris street and an empty laboratory chair mark Pierre Curie’s death. Marie teaches at the Sorbonne after Pierre’s death and becomes a full professor. Marie works with chemist André Debierne before receiving the 1911 Chemistry Nobel. The Radium Institute opens a new chapter as the First World War begins. Marie develops wartime radiography services to help surgeons examine injuries. Marie and her daughter Irène take radiography equipment to wartime hospitals. Marie trains women to operate wartime X-ray equipment. Marie Meloney’s American fundraising campaign provides radium for Curie’s research. Marie’s final years give way to the next generation, including Irène and Frédéric Joliot. Past and present laboratories close the story with Marie Curie’s legacy of rigorous shared work.

Behind the panels

This 24-page illustrated biography follows Marie Skłodowska Curie from Warsaw to Paris, through scientific collaboration, loss, teaching and wartime service. The artwork was generated with AI for MinuteBio. Faces, settings and staged moments are historical reconstructions rather than documentary images; the narration is original, not a collection of quotations. Approximate reading time: 8–10 minutes.

Henri Becquerel discovered uranium radiation in 1896. Marie and Pierre Curie investigated radioactivity and announced polonium and radium in 1898; chemist Gustave Bémont coauthored the radium announcement. Identifying an element was not the same as isolating its pure metal: Marie and André Debierne isolated radium metal in 1910. Her 1903 Physics Nobel was shared with Pierre and Becquerel; her 1911 Chemistry Nobel recognized her own continuing work.

After Pierre’s death, Marie began teaching at the Sorbonne in 1906 and became a full professor in 1908. During the First World War, she organized radiography equipment and training with help from her daughter Irène. She did not invent X-rays. The story avoids exact mobile-unit totals, which differ among historical accounts, and does not attribute her final illness to one particular exposure. The closing modern laboratory is an illustrative contrast, not a claim that early radiation work followed today’s safety practices.

Sources and further reading

Continue reading: Albert Einstein: The Boy Who Chased Light.