Fans pick 21 books like Animated Science

Until 1939, plutonium, element number 93, was just a spot on the periodic table. Then, it became the core of the bomb tested at Alamogordo and of the bomb dropped on Nagasaki. It is not what provided most of the “yield” of the first H bomb, but it played an essential role in that device.

The skilled science writer Jeremy Bernstein examines the chemistry, physics, and history of plutonium.

I’d never thought of the periodic table as a set of characters. Kean made me laugh and savor the tricks they play. Tellurium can make us smell like garlic for weeks. Titanium fools the body into thinking it’s not a foreign substance, which makes it ideal for implantable prosthetics.

The book tells the story of how a cast of engineers, scientists, and inventors discovered how elements behave and, in doing so, shaped the modern world. Fascinating science and facts, delivered by a parade of engrossing stories.

I loved thumbing through ‘How to Make a Universe with 92 Ingredients’  to introduce simple concepts of science to my son. 

The book makes it easy for anyone, including a creative like me, to understand how all the things in our world that you can see, touch, and sense are interconnected. With big graphics, large photos, and drawings, the book does a good job of explaining how less than 100 things (specifically the 92) are the building blocks of everything—from stardust to plushy toys to people and pizza. I find that pretty darn fascinating.  

As a creative writer, complex scientific concepts have never come easily to me, but this hasn’t stopped me from being interested and excited about science.

Written by a grade school science teacher, this nonfiction book totally ignites my light by making me feel just a tad bit brighter.

Chemistry saves our lives every second of every day without us usually noticing it. Primo Levi’s personal history with chemistry perhaps saved him from the gas chambers of Auschwitz.

This extraordinary book is a series of snapshots from Levi’s life each linked to a different element. I would recommend reading anything Primo Levi has written, The Periodic Table is just the best place to start.

Farimond offers a unique way of looking at the chemistry behind the ingredients, arranging spices in a periodic table based on their dominant flavour compound. I love the pages comparing flavour profiles of different world cuisines. Curious cooks can learn how to choose, use, and pair spices to bring out their full potency.

 I love the blend of reporting and remembering in this book, as well as the skill Iversen brings to weaving them together. In 1992, a federal grand jury indicted the management of the Rocky Flats nuclear weapons plant northwest of Denver. The grand jury’s two-year investigation into the safety and environmental violations at the plant also produced a detailed and damning report, emphasizing the government’s efforts to cover up the danger that the plant posed to its employees and to people who lived nearby. The latter population included Iversen’s family.

Her childhood home, organized around the need to overlook her father’s alcoholism, drove her and her siblings outdoors into what looked like idyllic, pristine Colorado outer suburbia. There, they wandered about, rode their horses, and swam in the local creeks and lakes. Reading this, I could see some of what was coming. But it still surprises—and enrages.

Given my belief that Thanos had a point (what science-math-oriented person can’t tremble at the algorithm of over-population?), it’s no surprise I enjoyed an anthology of different takes on mad scientists and what drives them. I got my fix of humorously boastful ego-maniacs, such as Professor Incognito’s itemized “apology” to his girlfriend (with attempted sincerity because of their couple’s therapist). And the variety of these tales exposed me to a bevy of villainy, from a psychologist who uses the “soft” sciences to unleash the insanity within stable scientists because “everyone deserves the opportunity to go mad” to a side-hustling villainy coach whose budget forces her to choose between new tech plating or weapons-grade plutonium. What’s a would-be world conqueror to do? Relatable.

In the nondescript yet fortified facility on dusty ranchland at the foot of the Rocky Mountains, workers toiled in strange conditions making a mysterious product, unknown even to them. Turns out they were manufacturing plutonium triggers for nuclear weapons, and terrifying radioactive fires eventually laid bare the dire toll of the Cold War arms race on Colorado’s people and land. Chemical companies and the government conspired to avoid scrutiny, ensure obedience and keep illegally dumping toxic waste. Yet solidarity was born among workers caught between their need for a job and their fear and outrage at being used as throw-away cogs in a doomed war machine.

It's probably good that we haven't heard more of Fu-Go, because if we had, it would mean the aerial bombs sent over from Japan succeeded in spreading fire and terror across North America. Near the end of World War II, Japan launched high-altitude hydrogen balloons armed with incendiary bombs. They were designed to fly westward on the winds of the upper atmosphere and burn both American forests and Americans. 

Made by Japanese schoolgirls who manufactured the balloons by the thousand, the exercise was ultimately a failure, causing only one reported incident. I suspect, though, that others were covered up to avoid panic, and this is a plot point in one of my own books.

Cecilia Payne-Gaposchkin was a female astronomer who was prominent in the mid 20th century. Cecilia showed that stars are made predominantly of hydrogen, and thus that stars were not simply ‘hot earths’. This point of view was such a blow to the scientific establishment that she was laughed away and, in the end, added a sentence to her thesis saying her results were probably incorrect. Her results were quickly proved right of course... though she was given no credit. She loved astronomy, knitting, her children, her smallholding of chickens, and she wasn’t afraid to speak of the unfairness she faced… and so I feel some very faint parallels from which I drew strength from. Sexism in science has improved so much since her time, but there remain many, many challenges and so her writings are an inspiration.