The Double Helix

by

James D. Watson

Academic Life and the University Theme Analysis

Themes and Colors
Research, Adventure, and the Thrill of Discovery Theme Icon
Scientific Collaboration, Competition, and Community Theme Icon
DNA and the Secret of Life Theme Icon
Academic Life and the University Theme Icon
LitCharts assigns a color and icon to each theme in The Double Helix, which you can use to track the themes throughout the work.
Academic Life and the University Theme Icon

The Double Helix isn’t just the tale of a landmark scientific discovery—it’s also a coming-of-age story. At just 22 years old, James Watson left his home in the U.S. to do biology research on a fellowship in Copenhagen. Little did he know that he’d end up spending most of a decade working at the University of Cambridge in England—and become a world-famous scientist in the process. Thus, the years that Watson chronicles in this book were also important years of personal growth for him. If his PhD taught him what it meant to do serious scholarly work, then his years at Cambridge taught him what it meant to live a serious scholarly life. In The Double Helix, Watson celebrates the privileges that this scholarly life gave him, particularly in the unique, cloistered environment of Cambridge. The most significant of these privileges is academic freedom. But several other material privileges made genuine academic freedom possible for people like Watson (white men working in American and European universities in the 1950s). Throughout his book, Watson celebrates the privileges he received—which included generous fellowships, elite connections, and the opportunity to travel widely. But he also celebrates rigid gender roles that made it extremely difficult for women to pursue a scholarly career and gave men power over them in every sphere of life. Twenty-first-century readers may notice that many aspects of university life have changed since Watson’s time at Cambridge—some for better and some for worse. Still, in The Double Helix, Watson shows how universities make scholarly life and work possible by creating the day-to-day infrastructure and environment necessary to meet academics’ needs.

When Watson left the U.S. and began his scientific career, he started to understand both the great value of academic freedom and the way that freedom is conditional on institutional support. Watson began in Copenhagen, where he received a $3,000-a-year fellowship to study biochemistry at Herman Kalckar’s lab. But he soon realized that he only needed $1,000 a year to live in Copenhagen, and at first, the Fellowship Board didn’t know if he was studying with Kalckar at all. Instead, he went to study bacteriophages with Ole Maaløe, and then he moved to Cambridge to study DNA. In the process, he recognized the value of academic freedom, which let him control his time and work. However, Watson then experienced an about-face: when he finally informed the Fellowship Board that he had left Kalckar’s lab, he temporarily lost his funding. Through this experience, he learned that academic freedom is as conditional as it is valuable. Therefore, he set about looking for a middle ground: to receive funding, he needed to prove that his research was appropriate for him and useful to the world, but he also wanted the luxury to experiment with new ideas. This is how he ended up earning funding at Cambridge, where he was technically supposed to study plant viruses but actually spent much of his time learning about DNA. Thus, Watson’s experience showed him that academic freedom is only possible within certain limits—which institutions like universities and the fellowship board were responsible for setting.

Watson soon decided that the University of Cambridge was an ideal site for an academic life—pleasant, comfortable, and intellectually stimulating, it allowed scholars to take full advantage of their academic freedom. The first thing that Watson noticed about Cambridge was its architecture. He writes that “I had never seen such beautiful buildings in all my life, and any hesitation I might have had about leaving my safe life as a biologist vanished.” For Watson, then, Cambridge’s cloistered beauty represented the comfort and serenity of a scholarly life. But Cambridge also gave Watson everything he needed to survive and free his time for intellectual pursuits. He spends much of the book discussing the different places he stayed and his search for a good meal. While he wished for better heating and tastier food, he always managed to rent a room and never had to cook, and he points out that these luxuries allowed him to dedicate all of his energy to science. Finally, Watson sees Cambridge’s social scene as its most important advantage. He was surrounded by brilliant, renowned researchers, and famous biologists frequently visited the university to present their work. This stimulated his thinking and improved his research.

But Watson also emphasizes another aspect of Cambridge’s social scene: the parties and the access to women. Some readers might find it disturbing that Watson constantly tried (and consistently failed) to meet undergraduate women. (So did Watson’s collaborator Francis Crick, even though he was 12 years older than Watson—and already married.) In fact, Watson clearly views the restrictions put on women as a critical part of Cambridge’s appeal. For instance, he appreciated that Crick’s wife, Odile, cooked well but didn’t know anything about science—and he hoped to find a similar wife for himself. Similarly, Watson’s constant negative comments about feminism and Rosalind Franklin—whose appearance and demeanor he saw as unwomanlike—show that he simply doesn’t believe that women should be equal to men in the university. Rather, he envisions a system in which male scholars do intellectual work while women their wives, secretaries, and female students cater to their needs. In other words, Watson celebrates men’s academic freedom in the universities of the 1950s because it was conditioned on women’s oppression. Thus, while Watson shows how universities can unleash scholars’ potential by giving them academic freedom and meeting their material needs, he also inadvertently shows his readers how this version of the university is severely limited: it protects some people’s right to academic freedom only by denying that right to others.

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Academic Life and the University Quotes in The Double Helix

Below you will find the important quotes in The Double Helix related to the theme of Academic Life and the University.
Chapter 1 Quotes

Though he was generally polite and considerate of colleagues who did not realize the real meaning of their latest experiments, he would never hide this fact from them. Almost immediately he would suggest a rash of new experiments that should confirm his interpretation. Moreover, he could not refrain from subsequently telling all who would listen how his clever new idea might set science ahead.

As a result, there existed an unspoken yet real fear of Crick, especially among his contemporaries who had yet to establish their reputations. The quick manner in which he seized their facts and tried to reduce them to coherent patterns frequently made his friends’ stomachs sink with the apprehension that, all too often in the near future, he would succeed, and expose to the world the fuzziness of minds hidden from direct view by the considerate, well-spoken manners of the Cambridge colleges.

Related Characters: James D. Watson (speaker), Francis Crick
Page Number: 10
Explanation and Analysis:
Chapter 2 Quotes

The real problem, then, was Rosy. The thought could not be avoided that the best home for a feminist was in another person's lab.

Related Characters: James D. Watson (speaker), Rosalind Franklin , Maurice Wilkins
Page Number: 20
Explanation and Analysis:
Chapter 5 Quotes

From the moment the several hundred delegates arrived, a profusion of free champagne, partly provided by American dollars, was available to loosen international barriers. Each night for a week there were receptions, dinners, and midnight trips to waterfront bars. It was my first experience with the high life, associated in my mind with decaying European aristocracy. An important truth was slowly entering my head: a scientist’s life might be interesting socially as well as intellectually. I went off to England in excellent spirits.

Related Characters: James D. Watson (speaker)
Page Number: 40
Explanation and Analysis:
Chapter 6 Quotes

Max Perutz was in his office when I showed up just after lunch. […] I explained that I was ignorant of how X-rays diffract, but Max immediately put me at ease. I was assured that no high-powered mathematics would be required: both he and John had studied chemistry as undergraduates. All I need do was read a crystallographic text; this would enable me to understand enough theory to begin to take X-ray photographs.

[…]

When Max realized that I had come directly to the lab from the station and had not yet seen any of the colleges, he altered our course to take me through King’s, along the backs, and through to the Great Court of Trinity. I had never seen such beautiful buildings in all my life, and any hesitation I might have had about leaving my safe life as a biologist vanished.

Related Characters: James D. Watson (speaker), Francis Crick , John Kendrew , Max Perutz
Page Number: 41-42
Explanation and Analysis:
Chapter 13 Quotes

Most annoyingly, her objections were not mere perversity: at this stage the embarrassing fact came out that my recollection of the water content of Rosy’s DNA samples could not be right. The awkward truth became apparent that the correct DNA model must contain at least ten times more water than was found in our model. This did not mean that we were necessarily wrong—with luck the extra water might be fudged into vacant regions on the periphery of our helix. On the other hand, there was no escaping the conclusion that our argument was soft. As soon as the possibility arose that much more water was involved, the number of potential DNA models alarmingly increased.

Related Characters: James D. Watson (speaker), Francis Crick , Rosalind Franklin , Maurice Wilkins
Page Number: 94
Explanation and Analysis:
Chapter 14 Quotes

Sir Lawrence had had too much of Francis to be surprised that he had again stirred up an unnecessary tempest. There was no telling where he would let loose the next explosion. If he continued to behave this way, he could easily spend the next five years in the lab without collecting sufficient data to warrant an honest Ph.D. The chilling prospect of enduring Francis throughout the remaining years of his tenure as the Cavendish Professor was too much to ask of Bragg or anyone with a normal set of nerves.

[…]

The decision was thus passed on to Max that Francis and I must give up DNA. Bragg felt no qualms that this might impede science, since inquiries to Max and John had revealed nothing original in our approach.

Related Characters: James D. Watson (speaker), Francis Crick , Rosalind Franklin , Maurice Wilkins , Sir Lawrence Bragg , John Kendrew , Max Perutz
Page Number: 97-98
Explanation and Analysis:
Chapter 18 Quotes

At High Table John kept the conversation away from serious matters, letting loose only the possibility that Francis and I were going to solve the DNA structure by model building. Chargaff, as one of the world’s experts on DNA, was at first not amused by dark horses trying to win the race. Only when John reassured him by mentioning that I was not a typical American did he realize that he was about to listen to a nut. Seeing me quickly reinforced his intuition. Immediately he derided my hair and accent, for since I came from Chicago I had no right to act otherwise. Blandly telling him that I kept my hair long to avoid confusion with American Air Force personnel proved my mental instability.

Related Characters: James D. Watson (speaker), Francis Crick , Erwin Chargaff , John Kendrew
Related Symbols: Molecular Models
Page Number: 130
Explanation and Analysis:
Epilogue Quotes

All of these people, should they desire, can indicate events and details they remember differently. But there is one unfortunate exception. In 1958, Rosalind Franklin died at the early age of thirty-seven. Since my initial impressions of her, both scientific and personal (as recorded in the early pages of this book), were often wrong, I want to say something here about her achievements.

[…]

We both came to appreciate greatly her personal honesty and generosity, realizing years too late the struggles that the intelligent woman faces to be accepted by a scientific world which often regards women as mere diversions from serious thinking. Rosalind’s exemplary courage and integrity were apparent to all when, knowing she was mortally ill, she did not complain but continued working on a high level until a few weeks before her death.

Related Characters: James D. Watson (speaker), Rosalind Franklin
Page Number: 225-226
Explanation and Analysis: