100 books like The Curie Society

If you know anyone who still holds on to the belief that science can operate in a political vacuum, please thrust this book upon them! In 1673, a brave philosopher called Francois Poullain de la Barre publicly observed that he saw no reason why women could not be treated as the equals of men in all spheres of influence, including science. The Mind has no Sex, he declared! In this wonderfully readable book on the history of women in science, Londa Schiebinger shows us just how that belief played out. Track the jaw-dropping arrogance of science’s male gatekeepers as they systematically used every trick in their power to exclude women, weaponising their biology against them (Blame the Brain!), demeaning and downgrading their annoyingly evident talents. This book will make you angry – and so it should!

I love books that challenge me to question established systems and science writer Angela Saini does this with tour-de-force narrative skills in Inferior.

In this book, Saini examines how gender bias influences the scientific community, and critically, the research it produces. She dives right into the idea that men are thought to be superior, and challenges readers to go a level deeper in the debate about why men dominate. 

Although strictly speaking this is a children’s book, I absolutely loved it as an adult reader. It explores all my favorite themes – the role of women in society, the conflict between science and religion, the darker elements of humanity – all wrapped up in murder mystery with the wonderful fantastical premise of a tree that feeds on whispered lies and whose fruit (when eaten) imparts the deepest of truths. Honestly, this novel has it all – a windswept island, forbidden truths, hidden secrets, and a deeply flawed main female character battling against societal expectations in the mid-19th Century.

Just in case the overpowering message from my book choices is that the story of women in science has only been one of exclusion and dismissal, here is something of an antidote; 52 brief biographies of women who had a huge impact on their respective fields of science. It is true that their stories are made more powerful by the skillful reminders of science’s ever-present misogyny – Dorothy Hodgkin’s 1964 Nobel Prize for Chemistry was heralded by the newspaper headline “Nobel Prize for British Wife” – it also offers an optimistic take on how they overcame such obstacles.  In a field where the need for role models is supported by both brain and behavioural science, here is a cornucopia of taster tales to share with both current and future scientists (of any gender!). 

This book surprised me. I was skeptical that Mary Sherman Morgan was the first female rocket scientist—surely I would have heard of her before now! But that’s the problem with pioneering women: most of them remain unknown, their contributions overshadowed by the men they worked for.

Thankfully, her son’s curiosity about his mother’s past uncovered an almost mythical story of a woman fleeing abject poverty and cruelty, giving her baby up for adoption for an inability to take care of it, and yet overcoming discrimination to apply her mathematical genius to formulate the rocket fuel that led directly to the first successful launch of America’s first satellite, Explorer 1.

The late French philosopher Bruno Latour was infamous for his iconoclastic work in the history and sociology of science and technology.

If you read only one of his books, I’d say go for We Have Never Been Modern because it cuts to the heart of things by disrupting the conventional understanding of modernity as a clear separation between nature and culture. Latour argues that even as “moderns” have been rhetorically invested in this particular bifurcation of the world, nature-culture hybrids are continually proliferating.

So if you’ve ever asked yourself, why are cities not considered natural landscapes? Or why are animals always presumed to be without culture? Or what does it even mean to be modern? Then this is the book for you.

The highly respected Cambridge scientist and Astronomer Royal Martin Rees provides a fascinating and highly accessible read on how we can harness science and technology for the betterment – and ultimately preservation – of humanity.

The book is a refreshingly optimistic take on how advances in, for example, robotics and biotechnology, can protect us against the greatest threats facing humanity. This is a must-read book which pushes the boundaries of scientific knowledge while building bridges to many other academic disciplines.

Anyone in the education world likely hears about STEM all the time.

We know, intuitively, that science and technology matter. But rarely does anyone so beautifully make the case for what great STEM learning can look like.

In What STEM Can Do for Your Classroom, author Jason McKenna provides practical advice; turnkey activities; and helpful, plainspoken research that can help teachers change students’ lives through STEM—just as McKenna’s teachers did for him.

One of my areas of scholarly interest is Roman intellectual history; I am curious about how Romans thought about their world and how this thinking changed over time (often through the introduction of new concepts or terms).

This interest allows me to examine the ways in which the Romans, at a cognitive level, simply understood information differently from how we do today. Riggsby analyzes various forms of information technology (maps, lists, tables, etc.) that seem basic and obvious, yet he reveals how rare it was for the Romans to deploy them (and usually in quite context-specific ways, such as military duty rosters).

This book really helped me question my assumptions about information literacy and how minds organize data, so that I am more aware of the cultural factors at work.

This book is full of “wow” moments. The author describes the history of numerous inventions to show the ingenuity of Chinese civilization. Some of these inventions are well known, like paper and the compass. But most of them come as a surprise. Until about two hundred years ago, China was far ahead of the rest of the world in most types of technology. In some respects, such as agricultural tools and steel smelting, China was two thousand years ahead of Europe. When you read this book, you will realize that for most of history, Europe was like a marginal third-world society and China was the center of things.