Timeline of Rosalind Franklin (1920-1958), the physical chemist and X-ray crystallographer whose work was crucial to understanding DNA structure, and her lasting legacy in science.
Rosalind Elsie Franklin is born to a wealthy Jewish family in Notting Hill, London. She will later become a pioneer in X-ray crystallography. #science #womeninscience
Franklin begins her education at Norland Place School in London, showing early aptitude for science and mathematics. #education #science
Franklin earns a scholarship to St Paul's Girls' School, where she excels in science and languages, winning a school science prize in 1936. #education #womeninscience
Franklin enrolls at Newnham College, Cambridge, to study natural sciences, specializing in physical chemistry. #education #science
Franklin graduates with a first-class BA in physical chemistry from Cambridge, but she is not awarded a full degree because women were not then eligible. #science #history
Franklin joins the British Coal Utilisation Research Association (BCURA) during World War II, studying the porosity of coal to improve gas masks. #science #wwii
Franklin is awarded a PhD in physical chemistry for her thesis on the micromeritics of coal, based on her BCURA research. #science #education
Franklin publishes a paper on the structure of coal in Transactions of the Faraday Society, establishing her reputation in physical chemistry. #science #chemistry
Franklin takes a position at the Laboratoire Central des Services Chimiques de l'État in Paris, where she learns X-ray crystallography techniques under Jacques Mering. #science #crystallography
Franklin publishes a seminal paper on structural changes in carbons upon heat treatment, providing insights into graphitization. #science #chemistry
Franklin's work on the microporosity of coals becomes a key reference in coal science, demonstrating her skill in physical chemistry. #science #chemistry
Franklin is appointed as a research associate at King's College London's MRC Biophysics Unit, tasked with applying X-ray diffraction to DNA. #science #DNA
Franklin presents a seminar on her initial DNA X-ray diffraction data, but James Watson misremembers and underestimates her work. #science #DNA
Franklin and graduate student Raymond Gosling capture the iconic X-ray diffraction image Photo 51, revealing the B form of DNA with a helical structure. #science #DNA #photo51
Franklin carefully analyzes and indexes the diffraction pattern of the A form of DNA, deducing its space group and symmetry. #science #DNA
Franklin notes in her lab book that the B form of DNA is a helix with a specific diameter and pitch, contradicting earlier models. #science #DNA
Without Franklin's knowledge, Maurice Wilkins shows Photo 51 to James Watson, who immediately recognizes the helical structure, catalyzing the double helix model. #science #DNA
Francis Crick and James Watson publish the double helix model of DNA in Nature, citing Franklin's data and acknowledging her contribution. #science #DNA
Franklin leaves King's College London and joins Birkbeck College, where she shifts focus to the Tobacco Mosaic Virus (TMV). #science #career
Franklin and Gosling publish two companion papers in Nature describing X-ray diffraction of both A and B forms of DNA, providing key evidence for the double helix. #science #DNA
Franklin starts her research on Tobacco Mosaic Virus, applying her crystallography skills to understand virus structure. #science #virology
Franklin successfully obtains the first X-ray diffraction pattern of Tobacco Mosaic Virus, confirming its helical structure. #science #virology
Franklin publishes a major paper on the structure of Tobacco Mosaic Virus, showing the helical arrangement of protein subunits and RNA. #science #virology
Franklin is diagnosed with ovarian cancer, possibly linked to radiation exposure. She undergoes surgery and treatment. #science #health
Franklin returns to her research at Birkbeck after surgery, continuing her work on TMV with a small team. #science #perseverance
Franklin and Aaron Klug publish a paper on the structure of TMV, marking her last major contribution before her death. #science #virology
Rosalind Franklin dies at age 37 in Chelsea, London, due to complications from ovarian cancer. #science #history
The Nobel Prize in Physiology or Medicine is awarded to James Watson, Francis Crick, and Maurice Wilkins for the structure of DNA. Franklin, who died in 1958, is not eligible. #science #DNA #nobel
James Watson's memoir 'The Double Helix' portrays Franklin in a negative light, sparking controversy and efforts to correct the record. #science #history #books
Anne Sayre's biography 'Rosalind Franklin and DNA' provides a detailed and corrective account of Franklin's contributions. #science #books #womeninscience
A blue plaque is unveiled at her childhood home in London, recognizing her important scientific legacy. #history #womeninscience
King's College London establishes a Rosalind Franklin Research Fellowship to support women in science. #education #womeninscience
Nature publishes a special issue honoring the 50th anniversary of the DNA double helix, highlighting Franklin's pivotal role. #science #DNA #history
The Royal Society establishes the Rosalind Franklin Award, recognizing contributions of women in science and supporting their careers. #science #womeninscience #award
The European Space Agency names its ExoMars rover 'Rosalind Franklin,' honoring her contributions to science. #space #science )
The UK Royal Mail issues a stamp featuring Rosalind Franklin as part of its 'Women of Achievement' series. #history #science
A statue of Rosalind Franklin is unveiled at King's College London, ensuring her legacy remains visible. #history #science #womeninscience
Google commemorates Rosalind Franklin's 100th birthday with a Doodle highlighting her DNA discovery. #science #DNA #womeninscience
The ExoMars rover 'Rosalind Franklin' begins its delayed mission to search for signs of past life on Mars, carrying her name into space. #space #science )