National STEM Day
From a breakdown of the math behind popular games and puzzles to an investigation of paranormal profiteers and consumers, there is something for every math and science reader this National STEM Day!
“Eugenia Cheng has opened up my mind to the wondrous world of pure mathematics in a way that I never thought was possible.” ―Willow Smith, singer and actress
A New Scientist Best Book of the Year
Math is famous for its equations: 1 + 1 = 2, a^2 + b^2 = c^2, or y = mx + b. It can seem like that’s all mathematics is: following steps to show that what’s on one side of an equation is the same as what’s on the other.
In Unequal, Eugenia Cheng shows that’s just part of the story, and the boring part to boot. Mathematics is a world of shapes, symmetries, and logical ideas. And in that world, the boundary between things being equal and unequal is a gray area, or perhaps a rainbow of beautiful, vibrant, subtly nuanced color.
As Unequal shows, once you go over that rainbow, almost everything can be considered equal and unequal at the same time, whether it’s shapes (seen from the right perspective, a circle is the same as an ellipse), words (synonyms), or people—even numbers! That’s because mathematics isn’t a series of rules, facts, or answers. It’s an invitation to a more powerful way of thinking.
A New York Times bestselling mathematician reveals how math can take your game playing and puzzle solving to the next level.
“A thrilling tour of all the ways you can win with math.” —Matt Parker, author of the international bestseller Humble Pi
“A winning book by a winning personality.” —Ben Orlin, author of Math Games with Bad Drawings
Imagine entering a bingo parlor where one thousand cards are in play. “I’ll bet that the winning card is horizontal instead of vertical,” a man says. Should you take the bet? Or suppose you’ve reached Final Jeopardy! with $7,000 to your opponents’ $8,000 and $4,000. What should you wager?
Or imagine you’re at the blackjack table. The dealer’s up card is a four, and you’ve been dealt a jack and a two. Should you hit or should you stand?
In How to Win, Art Benjamin answers these questions and many more. Breaking down the mathematics of games and puzzles, he finds winning strategies, hidden paradoxes, and profound ideas. He shows us the best opening guesses and follow-up moves in Wordle, an easy way to solve a Rubik’s Cube and almost any sudoku, and how to determine which games at the casino will let your money last the longest. And he reveals how the same math extends to everyday life, enabling us to transcend luck in whatever we do.
Now that’s a winning proposition.
“Science is indeed under siege, and that’s not good for any of us. Here, Peter Hotez and Michael Mann name names…It’s not too late to do something; it’s time to get things done. Read on” (Bill Nye, science educator)
From pandemics to the climate crisis, humanity faces tougher challenges than ever. Whether it’s the health of our people or the health of our planet, we know we are on an unsustainable path. But our efforts to effectively tackle these existential crises are now hampered by a common threat: politically and ideologically motivated opposition to science.
Michael E. Mann and Peter J. Hotez are two of the most respected and well-known scientists in the world and have spent the last twenty years on the front lines of the battle to convey accurate, reliable, and trustworthy information about science in the face of determined and nihilistic opposition.
In this powerful manifesto, they reveal the five main forces threatening science: plutocrats, pros, petrostates, phonies, and the press. It is a call to arms and a road map for dismantling the forces of anti-science. Armed with the information in this book, we can be empowered to promote scientific truths, shine light on channels of dark money, dismantle the corporations poisoning the planet, and ultimately avert disaster.
In 2010, a sleepy small-town business plaza in rural New Hampshire rented space to an unusual tenant: a ghost laboratory. The Kitt Research Initiative’s mission was to use the scientific method to document the existence of spirits. Founder Andy Kitt was known as a straight-shooter; and was unafraid — perhaps eager — to offend other paranormal investigators by exposing the fraudulence of their less advanced techniques. Kitt’s efforts attracted flocks of psychics, alien abductees, witches, mediums, ghost hunters, UFOlogists, cryptozoologists and warlocks from all over New England, and the world. And there were plenty of them around.
The Ghost Lab tells the astonishing story of the wild ecosystem of paranormal profiteers and consumers. But it also reveals how the twin scourges of declining scientific literacy and eroding trust in institutions have created space for armies of pseudoscientists to step into the minds of an increasingly credulous public.
With his distinct voice, eye for a story and ability to show how one community’s experience reflects that of a society, Matt Hongoltz-Hetling crafts a powerful narrative about just how fragmented our understanding of what is real–and what is not–has become.
“This wise book challenges everything we take for granted about thinking scientifically.” —Annie Duke, bestselling author of Thinking in Bets
The search for certainty is embedded deep in the mythos of science. Science is expected to provide definitive answers based on immutable and universal laws. In It Could Be Otherwise, however, neuroscientist Stuart Firestein challenges this idea, extending the reach of science beyond merely discerning what must be to encompassing what may yet be possible.
The classic view of science, Firestein argues, reduces the world to bland predictability and us to our fates. Instead, modern discoveries of deep uncertainty, even unknowability, in evolution, complexity, physics, and all sciences, show that our actions are not strictly governed—and that science is an agent of freedom.
In our contemporary age, suspicion of science and its certainties runs deep. It Could Be Otherwise argues that science isn’t about deciphering what the universe has already determined—instead, science offers possibilities. It invites us not to be prisoners of destiny but navigators of our own futures.
