February 9, 2017
Ada Lovelace: Poet of Science, by Diane Stanley and Jessie Hartland
Harriet and I went to see the remarkable Hidden Figures on the weekend, and until the picture book version of the story is released, we will content ourselves with Ada Lovelace, Poet of Science: The First Computer Programmer, by Diane Stanley, illustrated by Jessie Hartland, which was recently selected by the America Library Association among the top ten feminist picture books of last year. (We also know Ada Byron [later Lovelace] as a character from Canadian author Jordan Stratford’s middle-grade series, The Wollstonecraft Detective Agency.)
True confession: I don’t understand computer programming. It’s possible that a lifetime of being told that math is hard made me believe that math is hard, or maybe I just find math hard, but my mind doesn’t work that way. I’ve read Ada Lovelace: Poet of Science several times, and while I understand in theory how Ada imagined Charles Babbage’s Analytical Engine worked based on symbols and rules of operation changed into digital form…I actually don’t even understand it in theory. Ada Lovelace’s ideas were inspired by mechanical looms which wove textiles based on patterns dictated by punched cards. I don’t really understand that either.
But but but. There is more than one way to be a person, to be a woman, to have a brain. That such things befuddle me is not to say that women are like that and let’s all go back to rocking babies, but instead to say that some women have an aptitude for such things, and it’s useful for even those of us who don’t to realize this. It’s like saying, Maybe I don’t need feminism, but some women do. (Nobody ever says this though. People who don’t need feminism seem to forget the possibility of second clauses.) To be honest, I’m not sure my daughter is going to grow up to be a computer programmer either, genes being what they are, but I will insist on the fact that she knows it’s a possibility. I mean, if a girl could have been one two hundred years ago, before there were even actual computers, then maybe today there are perhaps no limits of what a girl can grow up to be. And isn’t that excellent?
We love this book, about Ada (who gives Rosie Revere, Engineer a run for her money) who has a spectacular imagination, despite her mother’s attempts to school her in logic and rational thinking in order to override her passionate poet father’s genetic legacy. As women of her station had to do, she settled down and married, but that wasn’t the end of her story, and she would go on to do remarkable things in her too short life, indeed becoming the world’s first computer programmer with Babbage’s analytical machine. And what is especially interesting is that there is no direct link between Babbage’s and Lovelace’s work and the development of modern computers, although as Stanley’s author’s note points out, Alan Turing would read their work after they resurfaced after a century of obscurity. But still, I am fascinated by this idea (which is so recurrent in feminism) that some ideas have to be invented over and over again. Or perhaps it’s more miraculous than that—that the great discoveries don’t just happen once, and that progress ain’t a line, but that spectacular bursts of excellence are exploding all the time.