I’ve written before about why, even though I know them well, I don’t make scientists protagonists in stories. Here’s why I don’t make scientific research a plot, either.
Many years ago, my husband made his first big splash as a scientist when he published the complete sequence for a gene that causes blood to clot. How big a splash? The research institute for which he worked issued a press-release, the local television stations sent news-crews, and an item about this discovery appeared in the News of the World, directly below an article headlined, “CHOCOHOLIC MOM GIVES BIRTH TO SUGAR-COATED BABY!!!” *
Hubby was briefly a minor celebrity; his hat-size increased by a full half-inch; and honestly, for a few weeks there was no living with the man.
Then it all passed off and he got back to work in the lab.
The cloning of that gene sequence was far from being the most significant work my husband has ever done. So why was it the thing that got the most attention? It was because the cloning of the tissue factor gene had a plot. It followed an arc from Young Scientist Embarks on Quest; through Difficulties Along the Way; through Gamble On Using Last Available Sample for Final, Risky Experiment; through Triumphant Moment When Final Risky Experiment Yields Desired Result. There was pathos: At one point Young Scientist was putting in such long hours at the lab that his two-year-old announced, “Daddy doesn’t live here. Only Mommy and I live here.” The press particularly loved it that the effort to clone and sequence the gene turned out, in the end, to have been a race. Two weeks after Husband’s lab published the sequence, another lab published the same gene-sequence in another journal; and a third lab published a slightly different sequence a month after that. The press made much (much more than there actually was) of the “rivalry” between the labs.
Science—real science—that makes good fiction is a once-in-a-career event. Most science makes terrible fiction.
For one thing, the path of scientific discovery meanders. A lot. Everybody knows from high school that research starts with a hypothesis, of course. What people sometimes forget after high school, however, is that the point of the experiments that follow are intended—not to prove—but to disprove the hypothesis. Trying to disprove something doesn’t lead to any big dramatic moments—the ones where the scientist turns to the members of his lab and says, tears in eyes, “That’s it! We’ve proven it!” because there’s always the chance that someone somewhere will subsequently uncover that crucial missing bit of information that means that everything the scientist postulated is wrong. The most the scientist can usually say is, “Well, our second-choice journal says if we do a few more experiments, they’ll accept our paper.”
Not much drama there. Just sighs of relief.
Even life-saving new medical treatments don’t generate drama—at least not for the scientists involved. By the time a new discovery makes it into the clinic it has gone through so many steps—promising result, to confirmation of result by subsequent researchers, to further research, to—and I’m simplifying here— tentative treatment, to hand-off to other scientists who do appropriate animal studies, to small-scale clinical studies, to many major and minor modifications to treatment, to licensing to drug company, to wider-scale clinical studies, to finally entering mainstream medicine—that any drama has been dissipated to the point of non-existence.
So, I don’t write about scientists as scientists (the scientist-type—and there is one—makes a great character, though); and I don’t write about real science, either.
On the other hand, I think the scientific community is long-overdue for “exposure” in some sort of modern Peyton Place-ish fiction (remember Peyton Place?), and if anybody wants material for something like that, contact me for some very juicy stories!
* Husband’s work was also covered by the New York Times; but I think we can all agree that the News of the World piece was the really important one.
Image source: wikimedia.org/wikipedia/commons/6/60/Biochemistry_laboratory_MPI-CBG-panorama.JPG