It’s hands-on science with a capital “E”—for engineering. Beginning with the toppling of the Colossus of Rhodes, one of the seven wonders of the ancient world, to the destructive, laserlike sunbeams bouncing off London’s infamous “Fryscraper” in 2013, here is an illustrated tour of the greatest engineering disasters in history, from the bestselling author of The Book of Totally Irresponsible Science. Each engineering disaster includes a simple, exciting experiment or two using everyday household items to explain the underlying science and put learning into action. Understand the Titanic’s demise by sinking an ice-cube-tray ocean liner in the bathtub. Stomp on a tube of toothpaste to demonstrate what happens to non-Newtonian fluids under pressure—and how a ruptured tank sent a tsunami of molasses through the streets of Boston in 1919. From why the Leaning Tower of Pisa leans to the fatal design flaw in the Sherman tank, here’s a book of science at its most riveting.

Stand back! Genius at work! Encase your little bother in a giant soap bubble. Drop mentos into a bottle of diet soda and stand back as a geyser erupts. Launch a rocket made from a film canister. Here are 64 amazing experiments that snap, crackle, pop, ooze, crash, boom, and stink. Giant air cannons. Home-made lightning. Marshmallows on steroids. Matchbox microphones. There’s even an introduction to alchemy. (Not sure what that is? Think “medieval wizard.”) None of the experiments requires special training, and all use stuff found in the kitchen or in the garden shed. You’d be irresponsible not to try them. ATTENTION, PARENTS: Yes, your kids may need your help with a few experiments. And yes, sometimes it may get a tad messy. But it’s not pure mayhem. The balloon rocket whizzing through the garden? It demonstrates Newton’s Third Law of Motion. That chunk of potato launched across the kitchen from a tube? Welcome to Boyle’s Law. Every experiment demonstrated real science, at its most memorable.

Here comes the future! The world’s coolest technology comes to life with fun, hands-on experiments for kids. • Test solar power with milk jugs and balloons • Understand genome technology with food coloring • Launch your own “microsatellites” into orbit These 27 terrific experiments use basic stuff from around the house and will help you understand the fascinating and potentially scary world of driverless cars, artificial intelligence, robots and androids, 3-D printing, test-tube meat, smart clothing, and more. Through cool illustrations, photos, and Sean Connolly’s clear and always-lively writing, you’ll learn what each breakthrough means, how it can improve our lives, and what its downside might be. An elevator leading into outer space? A robot that learns to think for itself? What could possibly go wrong? Attention, parents: It’s time to put the “T” in STEM! You’ve probably heard that acronym, which stands for the core subjects of Science, Technology, Engineering, and Math. And though technology can get pretty scary in our imaginations, these experiments give your kids a hands-on understanding of the principles behind the innovations—so no, they won’t be performing laser surgery on their siblings or reprogramming the GPS in your car. (But they’ll still have fun!)

From Sean Connolly, the master of messy and dangerous (and therefore extra-fun) science, a collection of more than 20 hands-on experiments that are like an interactive journey through the periodic table of elements. In this introduction to chemistry for STEM-curious kids ages 9 and up, each chapter of The Book of Ingeniously Daring Chemistry focuses on a single element—its properties, how it was discovered, and even its potential danger level. Easy-to-follow experiments help readers put their newfound knowledge into action. All that’s needed is a sense of adventure and some items from around the house. Make your own fossil with silicon. Use a pinhead and measure 166 feet of string for a mind-boggling insight into how a hydrogen atom is built. Discover oxygen and oxygenation by slicing an apple and seeing what happens an hour later. Harness the power of zinc with a potato clock. And enjoy a special hands-off feature about the “Dirty Dozen”—those nasty elements, from arsenic to plutonium, that can wreak havoc wherever they appear (there are no experiments using these chemicals). Matter really matters, and now you’ll really understand why.

Known to seafarers as 'The Devil's Jaw, ' Point Honda has lured ships to its jagged rocks on the coast of California for centuries, but its worst calamity occurred on 8 September, 1923, the night nine U.S. Navy destroyers ran into Honda's fog-wrapped reefs. Admiral turned author Charles Lockwood (Sink 'Em All, Hellcats of the Sea) brilliantly recreates events as they happened, including the heroic efforts to rescue the men and ships. In his view, the cause of the tragedy lay in the interpretation of the differences that exist between the classic concepts of naval regulations and the stark realism of the unwritten code of destroyer doctrine to follow the leader.

Why does a knuckleball flutter? Why do belly flops hurt so much? Why would a quarterback prefer a deflated football? Here are 54 all-star experiments that demonstrate the scientific principles powering a wide variety of sports and activities—and offer insights that can help you improve your own athletic skills. How does a black belt karate chop her way through a stack of bricks? Use Popsicle sticks to understand why it’s possible and learn the role played by Newton’s second law of motion. Does LeBron James really float through the air on the way to a dunk? Use a tennis ball, a paperback book, and the help of a friend to understand the science of momentum and the real meaning of hang time. Using common household objects, each project includes step-by-step instructions, tips, and a detailed explanation of how and why the experiment worked. It’s a win-win. The thrill of victory, the agony of defeat—it’s all in the science.

In 1981 the sudden collapse of two skywalks in Kansas City’s Hyatt hotel killed 114 people and injured another 200. There never was a public trial, nor a full airing of everything that went wrong. Richard A. Serrano shared a Pulitzer Prize for his coverage of the disaster at the time; now he returns to the tragedy to learn all that went wrong, how it could have been avoided, and what lasting effects persist today—for engineering and the legal system, but most importantly those who suffered. Drawing on legal depositions, evidentiary material, and recollections from 240 survivors, first responders, and construction officials, Buried Truths and the Hyatt Skywalks is the story of this monumental catastrophe and what it teaches us today. The Friday evening Tea Dance was all the rage that summer of 1981. Each week the lobby filled with throngs of revelers, some celebrating atop the skywalks themselves. On July 17, without warning, the steel support systems buckled and the concrete and glass skywalks crashed onto the crowded lobby. The devastation reverberated far beyond the ruins. Firefighters, police officers, and paramedics suffered from deep depression, cycled through divorce, hit the bottle, and in some instances committed suicide. The hotel had been built using a new fast-track method with key construction decisions often made on the fly, including changing the skywalk design from six heavy hanger rods to twelve thinner poles. Within a year the skywalks were splintering inside. Even then the collapse could have been averted, but special inspection panels to check the hanging walkways were never opened. Though wholly avoidable, the Hyatt disaster did bring significant changes—some good and some problematic. Tougher industry guidelines were enforced for US construction projects. Police officers, firefighters, and health care workers are now treated for PTSD and other psychological trauma after working a tragic event. But the rush to settle all the Hyatt lawsuits helped usher in a controversial new era of nondisclosure agreements. Buried Truths and the Hyatt Skywalks explores America’s worst structural engineering disaster. Though the world has moved on, survivors and witnesses still vividly recall that night. This is their story.