Was Rosalind Franklin's work stolen?
The truth is more complicated than either the heroic or the dismissive version, and the honest answer is that her data was used without her knowledge or consent — which is a serious matter regardless of whether it meets the definition of theft.
What she did. A crystallographer of exceptional technical skill, she produced X-ray diffraction images of DNA at King's College London of a quality nobody had achieved, including the celebrated Photograph 51. Her analysis had established that DNA had a helical structure with the phosphate backbone on the outside, and she had determined key measurements.
What happened. Maurice Wilkins showed Photograph 51 to James Watson without Franklin's knowledge. Separately, an unpublished report containing her measurements, prepared for a Medical Research Council committee, reached Francis Crick through the committee — not confidential in a formal sense, and not something she had made available to competitors.
Watson later described the effect of seeing the photograph as immediate: its features indicated the helical structure and its dimensions directly.
Why it matters. Watson and Crick's model was built substantially on data they obtained without asking, and their 1953 paper acknowledged her work only in a general note about having been stimulated by unpublished results — which did not convey that her data was essential to the model.
What is unfair to say:
That she did not understand her own data. Her notebooks show she was progressing toward the structure, and the once-common claim that she was hostile to the helical model is not supported.
That she was denied the Nobel Prize because of discrimination. She died in 1958, aged 37, of ovarian cancer, and the prize was awarded in 1962 — it is not awarded posthumously. The relevant question is whether she would have shared it had she lived, and the prize's limit of three recipients makes that genuinely uncertain.
What is fair to say: the norms of attribution were breached; her contribution was understated for decades; and the environment at King's was difficult for her in ways contemporaries recorded.
Her later work on virus structure was significant and is frequently overlooked entirely.