Last year I signed a contract with Penguin Random House to write a science book on a subject close to the hearts of everybody around the Pacific Rim.
A science book? I’m known as a historian. And I can legitimately call myself one if I want – I have post-graduate academic qualifications in that field. Indeed, the Royal Historical Society at University College, London, elected me a Fellow, on merit of my contribution. Which I very much appreciate, it’s one of the highest recognitions of historical scholarship worldwide.
However, I don’t label myself ‘a historian’. Nor is it my sole interest or qualification; I spent longer learning music, formally, than history – and my home field always has been physics. I began learning it aged 4, as I learned to read. Seriously. When I was 16 I won a regional science contest prize for an entry on Einsteinian physics and black holes, which I hadn’t learned at school – I had to read the papers and then deduce the math myself, without help, aged 16. (I am not Sheldon…really…)
What all this adds up to is an interest in understanding stuff – in seeing the shapes and patterns and inter-relationships between things and fields. And so – a book on science. Time was tight, but I wouldn’t have agreed to the contract if I thought quality might be affected. All writing has to be fast and good. If you’ve ever been a journalist (another of my jags) you have no option. The key is having writing as second nature – and planning. Good plans also have built-in capacity to adapt to circumstance, which meant that one weekend I had to sit down with a pile of science papers and:
1. Read those science papers. These included content such as: “Our estimate based on the seismic moment equation of Aki & Richards (2002, p. 48) (Mo = (X x D x RA; where Mo is seismic moment; (X is the rigidity modulus, D is fault plane displacement and RA is rupture area.”
2. Write a draft that drew from this and a lot of other stuff, in English pitched for a general reading audience. I did end up writing occasional sentences like: “This is known as the phase velocity, and is determined by the equation v = √g x d , where v is the velocity of the wave, d is the depth of water, and g is the acceleration of gravity.” No other way of explaining fluid dynamics, you see… and well, this is science!
3. Revise that draft to clean up the wording. Final word count added to the MS in this 48-hour burst? A shade over 7000. That’s researched and mostly finished for publication. Think about it.
What got sacrificed was social media. That week and most others. I kept this blog going because I’d stacked posts. I’ll be back full force. Soon. What’s more, I’m going to share how to write quality, write accurately and quickly. There is, dare I say, a science to it. More soon.
The book is already being promoted on Random’s website. Check it out.
Copyright © Matthew Wright 2014