Skip to main content

Kathryn Harkup - Four Way Interview

Kathryn Harkup is a chemist and author. Kathryn  completed  a doctorate on her favourite chemicals,  phosphines, and went  on to further postdoctoral research before realising that talking,  writing and demonstrating  science appealed a bit more than hours  slaving over a hot fume-hood. For  six years she ran the outreach in  engineering, computing, physics  and maths at the University of Surrey,  which involved writing talks on  science topics that would appeal to  bored teenagers (anything disgusting  or dangerous was usually the most  popular). Kathryn is now a freelance  science communicator delivering  talks and workshops on the quirky side  of science. Her new book is Making the Monster: the science behind Mary Shelley's Frankenstein.

Why science?

I know I'm biased but science really is the best. It is an incredibly powerful tool for trying to make sense of the universe around us. The more time I spend learning about science and reading about it, the more amazing it becomes. Writing books is a great excuse for reading books about brilliant science and scientists.

Reading about scientific discoveries from two hundred years ago made me realise not just how far we have come but just how brilliant previous experimenters were. The acheivements they made, with relatively simple equipment and no concept of things like energy or atoms, is staggering. 

Why this book?

Although the scientific aspects of Frankenstein only make up a small proportion of the whole novel, it's the bit that got me thinking. The book is credited as being the first science fiction novel and much science fiction has an unnerving scientific credibility to it. I wondered how close the science in Frankenstein came to the science, and scientific expectations, of the time it was written. I was also fascinated how a nineteen-year-old woman came up with such a concept. Mary Shelley had no formal education and was living in time when women were almost completely barred from participating in practical science (there were a few notable exceptions). I wanted to know just how well informed she was and where she could have got her inspiration from. 

What's next?

Now I am researching another book. There will be plenty more science, and it's still a macabre topic, but it's even further back in history than Frankenstein. This time I'm going to be looking into the science of all the different ways to die in Shakespeare's plays. It's going to be lots of gory fun.

Not only do I get to investigate new (to me)  areas of science but I get to find out a lot more about British history, a subject I gave up very early on in my school career. I love the crossover between science and other subjects, for me it makes it all the more interesting.

What's exciting you at the moment?

It's great to see so much in the news about Frankenstein and Mary Shelley. She was an extraordinary woman living at an extraordinary time. I'm looking forward to talking about her life and work while I promote the book. 

I am also relishing taking on a new challenge and immersing myself in researching the Plantagenets and the plague. I am loving watching Shakespeare's plays and calling it 'work'.

Comments

Popular posts from this blog

The Language of Mathematics - Raúl Rojas ***

One of the biggest developments in the history of maths was moving from describing relationships and functions with words to using symbols. This interesting little book traces the origins of a whole range of symbols from those familiar to all, to the more obscure squiggles used in logic and elsewhere. On the whole Raúl Rojas does a good job of filling in some historical detail, if in what is generally a fairly dry fashion. We get to trace what was often a bumpy path as different symbols were employed (particularly, for example, for division and multiplication, where several still remain in use), but usually, gradually, standards were adopted. This feels better as a reference, to dip into if you want to find out about a specific symbol, rather than an interesting end to end read. Rojas tells us the sections are designed to be read in any order, which means that there is some overlap of text - it feels more like a collection of short essays or blog posts that he couldn't be bothered ...

The Decline and Fall of the Human Empire - Henry Gee ****

In his last book, Henry Gee impressed with his A (Very) Short History of Life on Earth - this time he zooms in on one very specific aspect of life on Earth - humans - and gives us not just a history, but a prediction of the future - our extinction. The book starts with an entertaining prologue, to an extent bemoaning our obsession with dinosaurs, a story that leads, inexorably towards extinction. This is a fate, Gee points out, that will occur for every species, including our own. We then cover three potential stages of the rise and fall of humanity (the book's title is purposely modelled on Gibbon) - Rise, Fall and Escape. Gee's speciality is palaeontology and in the first section he takes us back to explore as much as we can know from the extremely patchy fossil record of the origins of the human family, the genus Homo and the eventual dominance of Homo sapiens , pushing out any remaining members of other closely related species. As we move onto the Fall section, Gee gives ...

Target Earth – Govert Schilling *****

I was biased in favour of this great little book even before I started to read it, simply because it’s so short. I’m sure that a lot of people who buy popular science books just want an overview and taster of a subject that’s brand new to them – and that’s likely to work best if the author keeps it short and to the point. Of course, you may want to dig deeper in areas that really interest you, but that’s what Google is for. That basic principle aside, I’m still in awe at how much substance Govert Schilling has managed to cram into this tiny book. It’s essentially about all the things (natural things, I mean, not UFOs or space junk) that can end up on Earth after coming down from outer space. That ranges from the microscopically small particles of cosmic dust that accumulate in our gutters, all the way up to the ten kilometre wide asteroid that wiped out the dinosaurs. Between these extremes are two topics that we’ve reviewed entire books about recently: meteorites ( The Meteorite Hunt...