Ep 1. Decoding Watson

Decoding Watson is the premiere episode of the 33rd season of American Masters. This episode follows the life and work of James Watson, a molecular biologist who, along with Francis Crick, discovered the structure of DNA in 1953.

The episode takes us through Watson's upbringing in Chicago and his early interests in science. Watson became fascinated with genetics while studying at the University of Chicago, and he eventually moved to Cambridge, England to pursue graduate studies at the Cavendish Laboratory.

It was at the Cavendish that Watson first met Francis Crick. The two men hit it off immediately, and they quickly set to work on trying to unlock the structure of DNA. Working together, they were able to piece together the double helix structure that has become so iconic in the field of genetics.

Decoding Watson delves into the process that Watson and Crick went through to make their discovery. The men had to overcome numerous setbacks and hurdles, including competing against other scientists who were also trying to unlock the structure of DNA. The episode explores the role of competition and collaboration in the scientific community, and how Watson and Crick were able to leverage both of these forces to make their groundbreaking discovery.

After their discovery of DNA, Watson and Crick both went on to have successful careers in science. Watson continued to work in genetics, eventually becoming the head of the Human Genome Project. But in addition to his work, Watson has also been involved in a number of controversies throughout his life. Decoding Watson takes a nuanced look at these controversies, exploring the ways in which Watson's views on race and intelligence have been both praised and criticized.

Overall, Decoding Watson offers a fascinating look at the life of one of the most influential scientists of the 20th century. The episode provides insight into the process of scientific discovery, the importance of collaboration and competition in science, and the complex and often controversial nature of scientific personalities.