100 books like The Time and Space of Uncle Albert

There are many introductory books about cosmology out there, but this is the book I read when I was a teenager in high school, and it’s the one I still recommend to everyone (including my wife and my parents).

As its name suggests, this book describes the history and physics of the Big Bang theory, which is just an excuse to discuss cosmology in general. Some of the details are out of date or not quite right, but it’s still a great place to start.

It was harder than I expected to find a good astronomy picture book to read to my daughters when they were toddlers. Fortunately, the Good Night series has a few books that fit the bill. Of those, my daughters and I enjoyed this one the most.

While most astronomy picture books focus solely on the Solar System, this book goes beyond and introduces the reader to stars, nebulae, black holes, and galaxies. I appreciated the concise but accurate information and the colorful, well-drawn illustrations. 

I leafed through a copy of this book in my local library and immediately bought a copy to read with my daughters. Suitable for kindergarten and older children learning to read, it describes how several cultures conceptualized the night sky and the stories they told about the patterns they saw in the stars.

I loved how it didn’t just stick to ancient Greece but also introduced readers to African stories of the Milky Way, the astronomies of ancient Egypt and China, modern telescopes, and even how certain animals use the stars for navigation. The text is sliced into short, easy-to-read paragraphs, and the paintings are gorgeous. 

Ever look up at the night sky and wonder where, exactly, all those constellations everyone keeps talking about are? In this book, H. A. Rey (better known for creating Curious George!) provides all the information you will ever need to identify the constellations and observe them as they move across the sky throughout the seasons.

I was amazed to learn that some of the diagrams we use to illustrate constellations were drawn by H. A. Rey, who found the ancient diagrams unreliable (I have only ever known Gemini the way Rey drew it, yet I never knew it was him until I chanced on this book). The explanations are incredibly detailed but easy to follow, and the charming cartoons sprinkled throughout the book made me wish H. A. and Margaret Rey had written a Curious George book about astronomy, as well.

In the past, I have read lots of science fiction, but few books challenged my imagination as much as this wonderful book about parallel universes. The reason? It’s not fiction, it’s science!

Yes, I knew that some physicists had been playing with the idea of extra dimensions and parallel worlds. But it took the profound knowledge of a professional physicist and the eloquent writing style of an experienced communicator like Brian Greene to make me truly understand the weird concept of the Multiverse and the many different ways in which it might manifest itself.

Probably there’s a parallel world in which I find the whole topic too tough or too abstract, but in this one, I simply couldn’t put this book away.

Jim Baggott is one of a handful of remaining hard science writers from the old school of honest science writing.

He is technically proficient in quantum physics and he avoids the cheap sensationalism that afflicts modern science writing. This book offers a fascinating insight into the narrow field of quantum gravity, with a personal angle that makes it very readable.

It conveys the same excitement I can still remember feeling as a teenager learning about the mysteries of fundamental physics for the first time. As someone who has worked in this general area of research, I very much enjoyed the mix of ideas presented with a page turning ease.

Modern physics has a problem. It is built on two key theories, Einstein’s general theory of relativity that explains the action of gravity, and quantum mechanics that accounts for the other fundamental forces. But these are incompatible, and physicists have tried to stitch these together for more than a century. Smolin explores the landscape of the leading contenders on the path to quantum gravity, including string theory, M-theory, and loop quantum gravity, highlighting the doors that will be opened when the journey is complete, from revealing the heart of black holes, to understanding where our universe came from. An important lesson is that physics is far from complete, and there is so much more to be discovered. 

I’ve always been interested in physics, but I have no talent for maths, and like lots of creative types, I find science tough. But not with the engaging voice of Italian physicist Rovelli. This blew my mind and blew the lid off of the universe.

Rovelli explains the fundamentals of physical laws beautifully but then introduces the quantum realm, where time and space are not at all what you thought they were. This isn’t unsettling to me, but it is profoundly beautiful. Time may not be linear at all, we simply have no other way of perceiving it, which means moments in time I felt were lost, are not at all if you look at them another way.

But it also reinforces the idea we must exist in the moment and savor it, as, in a sense, that’s all we have.

Sean Carroll has a special knack for explaining complicated stuff, and there a few things more complicated than comparing and contrasting the various competing interpretations of quantum mechanics.

Carroll has a horse in this race—the many worlds interpretation—and he’s not shy about making his case, which is in part why the book is so entertaining. A spirited polemicist, Carroll knows his chosen theory has many detractors, but he’s more than ready to debate. As a bonus his writing is as personable and witty as his explanations are clear.

I love it when I first read about new mind-boggling concepts in cosmology. That’s what happened with this elegant book about gravitational waves—minute undulations of spacetime produced by colliding black holes.

Einstein theorized about them long before I was born, but it wasn’t until the 1970s that scientists first started to really hunt for them. I never paid much interest until Marcia Bartusiak described the quest in much detail in her very accessible book back in 2000. Since then, I have become hooked on the subject.

It’s great to see that Bartusiak published an updated edition in 2017, shortly after gravitational waves were first detected.