![]() For her, that meant working with partners from across the globe and sharing her work at international scientific conferences, which she tried to attend as many as possible.ģ. Not only did Franklin want to find practical applications for her work, but she also understood the importance of sharing that work with others. These methods are still used today to investigate viruses such as COVID-19.Ģ. These images paved the way for scientists to break the genetic code and use DNA sequencing to understand viruses. Franklin became an expert in creating clear x-ray diffraction images of different viruses. The gas masks had activated charcoal filters to protect the soldiers, but Franklin’s work increased their effectiveness.Īnother example comes from her virus research. Her findings also helped improve the soldiers’ gas masks. But her research allowed British troops to estimate fuel performance in their vehicles. At first glance, that topic may seem a little dry. During World War II, Franklin worked at the British Coal Utilization Research Association and studied the porosity of coal. Franklin always wanted her work to have practical applications, not just sit in a lab or a journal that few people would read. Let’s explore three of those lessons and how we can apply them to our everyday lives and work.ġ. Rosalind Franklin has accomplished so much during her short life, there are many strategies we can extract from her accomplishments. This article is part of the Brilliant Thinkers series, which explores the thought processes, working habits, and decision-making principles applied by intellectuals who profoundly impacted the world with their discoveries and the way they challenged the status quo. Franklin used many thinking strategies to earn her reputation across fields, which we can learn to emulate. Her brief life made a lasting impact on the sciences and people’s everyday lives. Unfortunately, Franklin died at the age of 37 of ovarian cancer. Her thorough work and the practical applications of her findings earned her an international reputation amongst her fellow scientists. She studied coal, DNA, and viruses that caused harm to humans and plants. Many scientists specialize in one field, but Franklin’s research included biology, chemistry, and physics. ![]() While this story is well-known, Rosalind Franklin did much more than DNA research. Those scientists – Crick and Watson – went on to win a Nobel Prize. However, when two other well-known scientists published a paper about the double-helix findings, they never gave Franklin credit for her contributions. student used x-ray technology to photograph DNA that showed the molecule’s structure. Rosalind Franklin was a groundbreaking scientist whose story is tied to the discovery of the double-helix structure of DNA.
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