100 Books Like The Logic of Scientific Discovery

Once I finished reading Kuhn’s Structure of Scientific Revolutions, it wasn’t long before I learned that he had followed it up with a collection of deeper analyses in the realm of the philosophy of science.

His sequel book took me deeper into the minds and conflicts of noted greats of science whose scientific contributions’ acceptance is now taken for granted by most. Yet, in their own day, they, too, often had to contend with the tension of science’s and scientists’ history of preferring what consensus had ordained as settled knowledge instead of welcoming new insights and discoveries.

In this classic book, Kuhn introduces the idea of a "paradigm" and shows that real progress comes through paradigm shifts.

That hit me like a rock when I first read it. I love how in the second edition, Kuhn talks about the difficulties of deep change: "the problem is that the new paradigm is always worse than the old one." 

The new paradigm may be better in some way, but it is also sketchy, unformed, and it creates lots of new uncertainties. So, for somebody to shift to a new paradigm always requires a leap of faith!

Though I have been a scientist for nearly all of my life, as a student and as a professional, not until I read this book did I understand what an amazing human activity science is. I had never imagined a world without the word or practice of “science” or even “scientist,” as I do now because of this captivating book.

Wootton’s book is more than a history of how humankind invented and developed one of its most powerful tools. It also reveals the many simply exquisite workings of that tool over the centuries. After pondering its many remarkable revelations, interconnections, and insights, even as a scientist, my appreciation of the significance of science and scientists in the world has re-blossomed.

As a professor at MIT, I used this book to introduce undergraduates in my course in environmental science to the love of statistics. No doubt it is a fun read because students in disciplines like engineering, biology, physics, and mathematics actually read it! I decided to use it for my course because of its entertaining approach to introducing fundamental statistical concepts and methods as it develops the history of the discipline with amusing color commentary about the principal players who starred in it.

Without sound statistical analyses, experimental data are figments of scientists’ imagination. It is a must-read to enjoy how analysis of something as frivolous as whether a lady can tell if the milk or the tea were added first to a cup inspired one of the most powerful statistical methods.

A classical book on anarchy within science. I find the proposed pluralist approach as the right way to avoid the monopolies of truth in present-day science. Feyerabend identified science as an ideology, which I might have found exaggerated and difficult to understand when I started to study science, but I understand it much better now, after 30 years of working as a researcher.

Forgetting about the relativism implicit in his proposal, focusing on the sociological aspect, I think there are many good and brave observations there that can enlighten us.

Less about biology specifically and more about the general value of the scientific method and rationalism; I think that this book should be read by everyone. Never smug or condescending, Sagan and Druyan show how easily one can be misled by mystical thinking and illustrate the many dangers of credulity.

From cargo cults to baloney detectors, this book is a primer for life in the modern world and how to recognize and protect against disinformation and one’s own biases. I have more than once bought copies of this book for people who are overly enthused about crystals.

Science has revolutionized the way we live and the way we understand reality, but what accounts for its success? What method sets science apart from other forms of inquiry and ensures that it yields ever-more accurate theories of the world? Strevens argues that the scientific method is not a special kind of logic, like deriving hypotheses from first principles or narrowing hypotheses through falsification, but a simple commitment to arguing with evidence. Strevens shows, with historical case studies, how this commitment is seemingly irrational, as it provides no constraints on what counts as evidence or how evidence should be interpreted, but also incredibly powerful, fostering ingenuity and discovery.

The proverbial scientist at work conjures the image of a solitary investigator bent over a workbench cluttered with arcane instruments nestled among reams of scribbled notes just waiting to be transformed into creative answers to pressing questions about the natural world. The image's simplicity belies the complexity of the process it purports to represent. Adding descriptions of the what, how, and why of scientific inquiry, observation, and analysis still misses a crucial element that makes the improvement, dissemination, and acceptance of new knowledge possible, namely the active behind-the-scenes collaboration between scientists and the illustrators, photographers, printers, and other artisans who use visual representation to shape and successfully communicate that knowledge. 

Mapping the Spectrum is not just an exhaustive and illuminating history of spectrum analysis.  In it, author Klaus Hentschel brilliantly exposes the essential role of visual culture in bringing this all-important tool of modern science to useful life.  He has… show more.

As the attack on democracy in the West has come to include the grip of Big Pharma on public health programmes and on bodies like the World Health Organization, the covert dimensions of how this influence is being exercised have also come under scrutiny.

With a foreword by Robert F. Kennedy Jr. highlighting the fate of successive critics of medical misconduct, one of the most vocal of these critics and her co-author offer a shocking account of the repression they faced.

Passionate, personal, and highly revealing about the risks one takes by speaking out on the basis of facts.

Ritchie was part of a team that attempted to replicate a famous study led by a prominent psychologist, Daryl Bem, claiming that people did better on a word memorization test if they studied the words after taking the test.

Ritchie and his co-authors attempted to replicate this study and found no evidence supporting Bem’s claim. This is but one example of a scientific crisis in that attempts to replicate influential studies published in top peer-reviewed journals fail nearly half the time. Ritchie explains and illustrates the reasons for the current replication crisis in science.