FOREVER

A professor joins the world of academic espionage to track down stolen genetic research in this science-based thriller sequel.

In his third novel, Cooper brings back characters from his previous novel, Nondisclosure (2019): Academic Brad Parker and university detective Karen Richmond, and the latter is now a senior special agent with the FBI. After helping Richmond solve a sexual assault and murder case on his home campus, Boston Technical Institute, Parker is on sabbatical at Harvard University exploring gene manipulation. To his dismay, however, the FBI wants him to help catch Chinese spies posing as university students. Parker initially dismisses the agents’ claims as bigotry, but agrees to report any suspicious activity. With this premise, Cooper, an academic whose former affiliations include Boston University and Harvard Medical School, sets up a mystery that makes genetic engineering accessible to reader via first-person narration. For instance, during a fundraising dinner, Parker remarks that a potential donor “perked up quickly when Alice [a colleague] started showing our data on telomere length” before asking if “the ends of the chromosomes in your treated mice actually got longer...as if the mice are getting younger?” Using minimal technical terminology and nesting the science within conversation helps the novel seem authoritative without alienating readers. Cooper also uses extended scenes to heighten suspense; for example, while researching, Parker comes across papers concerning “experiments in which old mice were given infusions of blood plasma from young mice—with the result that the performance of the old mice in learning and memory tests significantly improved.” Instead of keeping the pace of the novel consistent by simply summarizing, Cooper ratchets up the tension by teasing out Parker’s discovery of a pivotal clue. Although the mystery plot would have benefited from more red herrings, the novel as a whole comes off as an effective medical mystery.

A persuasive tale of scientific intrigue.