78 Books Like The Book Nobody Read

Shapin makes the audacious claim that there never really was a scientific revolution in Early Modern Europe, despite the fact that “the scientific revolution” has been a central organizing idea in the history of science and the history of Western culture more generally.

His provocative book provides a useful and engaging assessment of the utility of the concept of “the scientific revolution” for making sense of developments in the history of science.  He challenges us to think about the place of radical changes in the history of science, and whether the claims scientists make about such changes are merely rhetorical constructions.

Despite Shapin’s arguments, I am inclined to think something very significant happened in the sciences in the 16th and 17th Centuries, something that deserves to be called “revolutionary”. But Shapin’s book will certainly make readers reflect on what they mean by scientific revolution.

Psillos defends a view called scientific realism.

Scientific realists generally assume that the growth of scientific knowledge is continuous and cumulative, with no significant setbacks. Discoveries in science generally add on to our current understanding of the world. Scientific realists generally regard scientific revolutions or paradigm changes as a threat to the rationality of science as such changes seem to imply that scientists have had a fundamentally flawed understanding of the world.

Psillos presents one of the most comprehensive and strongest cases for realism. Anyone who is serious about defending a view of the development of science that involves periodic revolutionary changes of theory, as I do, has to take Psillos’ arguments very seriously.

This is a collection of essays by Kuhn, written later in his life, as he tried to clarify and develop the view he initially presented in The Structure of Scientific Revolutions.

Kuhn reflects on developments in the sociology of science that were influenced by his work, as the Strong Programme sociologists of science identified as Kuhnians and relativists.  Kuhn tries to clarify what he meant by “paradigm change”, motivated by a concern to address his critics and to distance his own view from certain types of relativist views.

The autobiographical interview is very engaging, as Kuhn takes this opportunity to reflect on the impact of his book, as well as on the effects the book has had on his life and career. I think much of what Kuhn had to say in these later papers provides important insight into understanding science, especially his remarks on scientific specialization.

Zuckerman provides a comprehensive study of the American scientists who won Nobel prizes between 1907 and 1972.

The book provides a window into the personalities of the people doing Nobel prize-winning research, as well as the sort of environments in which they were socialized and educated. Nobel laureates have tended to study and work with other Laureates or future Laureates. She also discusses the impact that winning a Nobel prize has on scientists, and the effects of the prize are not wholly positive.

The book also demonstrates the potential power of sociological analyses. Zuckerman creatively combines interview data with quantitative analyses. I think Zuckerman’s books are a fantastic example of how to conduct empirical research in sociology and the social sciences more generally.

Professor Rothman, a historian of Science, presents the little-known fact that Kepler’s search for harmony in astronomy has deep connections to the search for harmony in the European community of his time. In less than 400 pages, Professor Rothman takes us on an educational tour of Kepler’s evolution of his ideas of cosmic harmony and his professing those ideas for harmony in an inclusive, diverse society.  

There are many untold stories and circumstances that drive a person to pursue a path of discovery or innovation, making them immortal. Kepler was the main player in laying the firm foundation of the heliocentric solar system. It is fascinating to learn that the world politics of his day were contributing factors in this regard.

What impressed me the most was the idea that our reality could be a mathematical structure. This book made me appreciate physics—which I hated in school—and view reality from a different perspective. It inspired my imagination, and although it's a nonfiction, popular science book, it was a great read that sometimes left me with bated breath. In a strange way, the ideas reminded me of Zen philosophy and Taoist qi energy, as if astrophysics were proving these ancient intuitions, which I like to call 'forgotten knowledge.'

In this philosophical page-turner, Jim Holt seems to grab every major scientist and thinker he can find by the collar to make them face down arguably the most fundamental question of all: why there is something instead of nothing.

Whether talking to string theorists or experts on German existentialism, Holt keeps the tone as light as the questions are profound. In an added treat, the reader gets a real sense of the people behind some of the most creative minds on the planet. 

What does tomorrow hold for the universe? Through this book, the authors step into the far future of the cosmos, starting from our universe today, lit with stars and galaxies, to a hundred trillion years hence when the last star has died. But at this point, the story has only just begun, and the authors continue to the distant time when matter will eventually melt, and black holes will evaporate into the background. Whilst some of the physics is speculative this is an exciting ride which reminds us, like everything, the universe is slowly and steadily winding down.

I love Stephan Hawking’s A Brief History of Time because it was the first book that inspired me to become a cosmologist. It is a terrific overview of the science behind the modern belief in the Big Bang and what has followed.

It is told with Hawking’s wry sense of humor and unique ability to make complex concepts understandable to the layperson and budding scientist, which I was at the time. It is a fantastic start for my readers of all persuasions.

This Harvard-trained cosmologist takes us on a journey into the universe, from colliding black holes to neutrons and protons “faking it” as elementary particles.

If you ever wondered why the universe has more matter than antimatter, and what is dark matter made of, this book is for you. And physics is about more than theories; it’s about people doing physics. Black lives matter, and Black lives are the stuff of stars.

Chanda Prescod-Weinstein shares her exploration of a universe that is “bigger than the bad things that are happening to us.” Along the way, we gain new clues to the fate of our galaxies full of stars.