100 books like The Wizard of Menlo Park

I’ve always loved well-told stories of people who came before us, because I’ve always assumed that their lives offer us lessons. Subtle ones, perhaps, but important ones. That’s how, many years ago, I came across the Parallel Lives of Plutarch, who’s been called history’s first biographer. Eventually, I decided to have my own stab at interpreting the biographies of historical figures, and to weave history, philosophy, and psychology into (hopefully) gripping stories. As a journalist and a dual citizen of the US and Germany who’s also lived in the UK and Asia, I naturally looked all over the world for the right characters. And I still do.

Albert Einstein famously said that he wanted to know God’s thoughts. At least for now, the best I can hope for is knowing the thoughts of monumental figures of science through the ages. In my short and very readable biographies, I focus on the aha! moments when Einstein, Darwin, Carson, Edison, Carver, and others had their epiphanies, when they not only envisioned how to break through longstanding barriers, but understood how to create the foundation for a better future. I believe we can all not only understand how they did it, but we can identify with these inspiring—and very human—creative acts.

I adore non-fiction books that read like novels. After ten years of working in research labs, my master’s degree in biology led me to a new career in science writing. I recently dove into the worlds of narrative non-fiction and history when I wrote Radiant, the Dancer, The Scientist and a Friendship Forged in Light. Immersing myself in Belle Époque Paris to research and intertwine the stories of Marie Curie and the inventor/dancer Loie Fuller helped me discover a passion for telling the stories of important figures forgotten by history. 

Albert Einstein famously said that he wanted to know God’s thoughts. At least for now, the best I can hope for is knowing the thoughts of monumental figures of science through the ages. In my short and very readable biographies, I focus on the aha! moments when Einstein, Darwin, Carson, Edison, Carver, and others had their epiphanies, when they not only envisioned how to break through longstanding barriers, but understood how to create the foundation for a better future. I believe we can all not only understand how they did it, but we can identify with these inspiring—and very human—creative acts.

I’m a writer from Aotearoa New Zealand and I’ve always been drawn to stories of struggle, especially where a character fights against outside control. I started writing for the high school students I was teaching and got hooked on the YA genre. I love it partly because it crosses all genres – I can write about a 14-year-old girl trying to live in a repressive religious cult but I can also write about a 15-year-old boy who’s a champion kart driver. Karting at top level takes enormous skill as I discovered, but it also has room for dirty tricks.

Growing up near the outskirts of a lush Honduran cloud forest, I remember searching for magic in the woods, a fairy behind the waterfall, and an emerald quetzal bird in the canopy. I have always been a lover of nature, ecology, and wildlife, and I appreciate how each of these five books speaks to the passion that I have for ecology in a unique way. From fantastical rabbits to hidden systems we all rely on, to turtles and whales and the entire animal kingdom, these books will resonate with those of us who believe that we each have a place in our interconnected planet.

I’m a science and technology journalist who has reported on neurotech and bioelectricity for over 15 years, for publications including New Scientist, IEEE Spectrum and Quartz. After a formative experience in a DARPA brain-stimulation experiment, I began to dig into the history and science of bioelectricity, trying to understand both the science at the level of membrane biophysics, and the history and psychology of how biology lost custody of electricity. My resulting book is an effort to create a repository of the real, rigorous studies that have advanced our understanding of this fascinating science at an accelerating rate in the past 20 to 40 years - and what the new science means about the future.

I’m an Emeritus Fellow of Clare College, Cambridge, and I’ve written several popular books as well as featuring in TV/radio programmes such as In Our Time and Start the Week (BBC). I love the challenge of explaining to general audiences why the history of science is such an exciting and important subject – far more difficult than writing an academic paper. I believe that studying the past is crucial for understanding how we’ve reached the present – and the whole point of doing that is to improve the future. My underlying preoccupations involve exploring how and why western science has developed over the last few centuries to become the dominant (and male-dominated) culture throughout the world.

As a quiet and very shy child, I found myself sitting alone reading books rather than playing with other kids. My love for reading at the time was restricted to children’s books like The Lion The Witch and the Wardrobe or Roald Dhal stories until I upgraded to Enid Blyton Books and Mills & Boon romances as a teen. It wasn’t until I reached my twenties when I actually found the genre I loved. It was through my love of these stories I came to realise I didn’t have to hide anymore, and my love for these stories planted a small seed in my mind that I would have the courage to write my own.

I worked as an industrial electrician for over two decades. At one point during a meeting to discuss an upcoming project, a question was posed about the delivery time of a specific piece of equipment. When the answer was given that it would be about a year away, it got me thinking: what if a specialized piece of equipment—critical to the grid and with an equally long lead time—was destroyed, how would the grid survive? More importantly; how would we survive? That single statement was the spark that ignited the fire in me to learn all about the grid, and to write Dark State.