
Is it better to have harmony or conflict in innovation teams?
A thrilling and very personal account of the discovery of the structure of DNA at Cambridge University’s Cavendish Laboratory in the early 1950s, James Watson’s The Double Helix makes clear the high levels of interpersonal conflict that existed over the period of trial and error that led up to the eventual breakthrough by Watson and Francis Crick. Both of them had seemingly continuous rows with the brilliant crystallographer, Rosalind Franklin, and her boss at King’s College in London, Maurice Wilkins. And Franklin and Wilkins were themselves barely on speaking terms throughout.
A good part of the enmity stemmed from the fact that they were all racing towards the same goal, each wanting to cross the finishing line first. In the event all the main players except Franklin, who died tragically young, won Nobel prizes for their work.
Would it have helped them to solve the problems more effectively if the boss of the Cavendish at the time, Sir Lawrence Bragg, himself a Nobel laureate, had provided the kind of leadership whereby this group of powerful but polarised intellects might have come to value and respect each other more? Or if Watson and Crick, both mavericks themselves, had had higher levels of personal maturity in dealing with colleagues constructively? Both were relatively young men, Watson only twenty-four years old at the time of the breakthrough.
My sense is that Bragg was not the finest of leaders. In fact, at one stage, unable to deal with the brash noisiness of his two most brilliant scientists, he forbade them to work on DNA and on model-building, a key part of their work. Of course, they carried on regardless - and Bragg himself made the initial public announcement of their success.
Many believe that Watson and Crick’s discovery of the double helix was the most important advance in biology since Darwin. If you haven’t read it already, I thoroughly recommend The Double Helix - quite the most exciting and spontaneous description of the triumphs and tragedies involved in major scientific discovery, with lots of learning for everyone involved in innovation.
A thrilling and very personal account of the discovery of the structure of DNA at Cambridge University’s Cavendish Laboratory in the early 1950s, James Watson’s The Double Helix makes clear the high levels of interpersonal conflict that existed over the period of trial and error that led up to the eventual breakthrough by Watson and Francis Crick. Both of them had seemingly continuous rows with the brilliant crystallographer, Rosalind Franklin, and her boss at King’s College in London, Maurice Wilkins. And Franklin and Wilkins were themselves barely on speaking terms throughout.
A good part of the enmity stemmed from the fact that they were all racing towards the same goal, each wanting to cross the finishing line first. In the event all the main players except Franklin, who died tragically young, won Nobel prizes for their work.
Would it have helped them to solve the problems more effectively if the boss of the Cavendish at the time, Sir Lawrence Bragg, himself a Nobel laureate, had provided the kind of leadership whereby this group of powerful but polarised intellects might have come to value and respect each other more? Or if Watson and Crick, both mavericks themselves, had had higher levels of personal maturity in dealing with colleagues constructively? Both were relatively young men, Watson only twenty-four years old at the time of the breakthrough.
My sense is that Bragg was not the finest of leaders. In fact, at one stage, unable to deal with the brash noisiness of his two most brilliant scientists, he forbade them to work on DNA and on model-building, a key part of their work. Of course, they carried on regardless - and Bragg himself made the initial public announcement of their success.
Many believe that Watson and Crick’s discovery of the double helix was the most important advance in biology since Darwin. If you haven’t read it already, I thoroughly recommend The Double Helix - quite the most exciting and spontaneous description of the triumphs and tragedies involved in major scientific discovery, with lots of learning for everyone involved in innovation.







