Francis Crick: A Mind in Motion
A man often overshadowed by his more famous collaborator James Watson, Francis Crick's groundbreaking work on the structure of DNA and its impact on modern neuroscience is finally receiving the recognition it deserves. In "Crick: A Mind in Motion," Matthew Cobb presents a comprehensive biography that not only sheds light on Crick's remarkable scientific achievements but also delves into his charismatic personality and colourful personal life.
Crick, born in 1916 to a middle-class family, didn't become the prodigious scientist we know today. Initially, he was an "average" student who struggled with Latin, which ultimately denied him an Oxford scholarship. However, after enlisting in World War II to develop mines that could evade German mine sweepers, Crick's life took a dramatic turn.
Post-war, inspired by Erwin Schrödinger's book "What Is Life?", Crick redirected his focus towards the molecular basis of life, recognizing the need for a grounding in biology. His perseverance paid off when he secured a studentship to work at Strangeways Laboratory near Cambridge, where he met James Watson, an ideal collaborator who would eventually help him crack the structure of DNA.
This biography reveals a Crick who was far from the stereotypical reclusive genius. He was a charismatic philanderer, poet, and party thrower who thrived on intense encounters with others. His bold and arrogant approach often challenged established experts and pushed the boundaries of scientific inquiry. Cobb aptly captures this aspect of Crick's personality, revealing him to be a master networker who brought researchers from different disciplines together.
One of the most contentious topics in Crick's life is his relationship with Rosalind Franklin, a British chemist whose X-ray diffraction images of DNA supported their theories. While Watson popularized the story that he and Crick stole her data, Cobb sets the record straight, revealing that Photo 51, one of Franklin's famous images, gave Watson little new information. The pair did acknowledge Franklin's contributions in their academic papers, but the lack of courtesy shown to her is undeniable.
The biography also sheds light on the sexism prevalent at the time, which Crick and his contemporaries perpetuated through their actions and words. Cobb's work is a testament to his commitment to research and scholarship, aiming to do justice to both Crick's scientific career and his colourful personal life.
While this book will undoubtedly appeal to science enthusiasts, it also deserves attention from anyone interested in the human side of scientific inquiry. Crick's ability to translate complex scientific concepts into lay terms makes him an accessible storyteller. The philosophical reflections he shared on the importance of chance and novelty are a reminder that discoveries are only truly meaningful when placed within their broader context.
Ultimately, "Crick: A Mind in Motion" is a biography that showcases the remarkable life of a man who changed science, not just with his groundbreaking work on DNA but also with his infectious enthusiasm for collaboration and discovery.
A man often overshadowed by his more famous collaborator James Watson, Francis Crick's groundbreaking work on the structure of DNA and its impact on modern neuroscience is finally receiving the recognition it deserves. In "Crick: A Mind in Motion," Matthew Cobb presents a comprehensive biography that not only sheds light on Crick's remarkable scientific achievements but also delves into his charismatic personality and colourful personal life.
Crick, born in 1916 to a middle-class family, didn't become the prodigious scientist we know today. Initially, he was an "average" student who struggled with Latin, which ultimately denied him an Oxford scholarship. However, after enlisting in World War II to develop mines that could evade German mine sweepers, Crick's life took a dramatic turn.
Post-war, inspired by Erwin Schrödinger's book "What Is Life?", Crick redirected his focus towards the molecular basis of life, recognizing the need for a grounding in biology. His perseverance paid off when he secured a studentship to work at Strangeways Laboratory near Cambridge, where he met James Watson, an ideal collaborator who would eventually help him crack the structure of DNA.
This biography reveals a Crick who was far from the stereotypical reclusive genius. He was a charismatic philanderer, poet, and party thrower who thrived on intense encounters with others. His bold and arrogant approach often challenged established experts and pushed the boundaries of scientific inquiry. Cobb aptly captures this aspect of Crick's personality, revealing him to be a master networker who brought researchers from different disciplines together.
One of the most contentious topics in Crick's life is his relationship with Rosalind Franklin, a British chemist whose X-ray diffraction images of DNA supported their theories. While Watson popularized the story that he and Crick stole her data, Cobb sets the record straight, revealing that Photo 51, one of Franklin's famous images, gave Watson little new information. The pair did acknowledge Franklin's contributions in their academic papers, but the lack of courtesy shown to her is undeniable.
The biography also sheds light on the sexism prevalent at the time, which Crick and his contemporaries perpetuated through their actions and words. Cobb's work is a testament to his commitment to research and scholarship, aiming to do justice to both Crick's scientific career and his colourful personal life.
While this book will undoubtedly appeal to science enthusiasts, it also deserves attention from anyone interested in the human side of scientific inquiry. Crick's ability to translate complex scientific concepts into lay terms makes him an accessible storyteller. The philosophical reflections he shared on the importance of chance and novelty are a reminder that discoveries are only truly meaningful when placed within their broader context.
Ultimately, "Crick: A Mind in Motion" is a biography that showcases the remarkable life of a man who changed science, not just with his groundbreaking work on DNA but also with his infectious enthusiasm for collaboration and discovery.