Showing results by author "Pierce Jumper" in All Categories

Keeping Track of Things How We Count, Store, and Move the World’s Stuff Take a look around you. The food in your kitchen. The books on your shelf. The shoes by the door. Have you ever wondered how all of these things got there—and how people keep track of them? In Keeping Track of Things, readers ages 6–10 will discover the fascinating story behind one of the most important (and often invisible) systems in the world: inventory. From ancient farmers counting grain with clay tokens… to scribes carefully recording supplies… to merchants tracking goods across long journeys… to ...

Power Unleashed: The Story of Nuclear Energy From Atom-Splitting to Clean Energy Futures Nuclear energy is powerful, controversial—and often misunderstood. In Power Unleashed, science and history come together in an engaging, highly readable journey through one of the most important technologies of the modern world. From the first experiments that cracked the atom to the heated debates about today’s energy future, this book explains what nuclear energy is, how it works, where it came from—and where it might take us. Written for curious readers with no scientific background, this ...

A big story about a simple material—told for curious kids ages 6–8! Have you ever wondered how sidewalks stay so smooth, how bridges stretch across rivers, or how tall buildings stand so strong? They all share the same secret helper: concrete. And behind concrete is another amazing invention: cement. In this fun, friendly, easy-to-understand nonfiction book, young readers will explore: How cement is made from ancient stone How it transforms into concrete—the man-made rock The amazing discoveries of Egyptians, Romans, and inventors like John Smeaton and Joseph Aspdin How concrete built...

Refrigerated Trucks: How Mobile Cooling Changed the World The Invention, Science, and Global Impact of the Chilled Supply Chain How did supermarkets become able to offer fresh produce in every season? How do hospitals receive vaccines and blood products that must remain within narrow temperature ranges? And how do farms, warehouses, and grocery stores stay linked together across thousands of miles? The answer is the refrigerated truck. This book explains the development of the mobile cold chain, beginning with ice harvesting and refrigerated railcars and continuing through the invention of ...

All aboard! The Story of Railroads: How Trains Connected the World – A Guide for Curious Kids is a warm and engaging journey through the history of trains, written especially for young readers ages 6–8. With simple prose, friendly explanations, and gentle black-and-white sketches, this book brings to life the incredible story of how trains changed the world. From the earliest wooden mine carts to today’s sleek high-speed trains, children will discover how railroads helped people explore new places, share ideas, and stay connected across long distances. Perfect for early readers, ...

What can a simple sequence of numbers reveal about the world? The Fibonacci sequence—1, 1, 2, 3, 5, 8, 13…—first appeared in 1202 when Leonardo of Pisa included a rabbit population puzzle in his book Liber Abaci. Over the centuries, mathematicians discovered that this elegant sequence connects to some of the most fascinating patterns in mathematics, nature, and modern technology. Fibonacci and the Science of Growth: A Guide to Mathematical Patterns in Nature, Technology, and Complex Systems explores how a simple rule—adding the two previous numbers—can generate rich and surprising...

What is a laser — and why has it become one of the most important technologies ever created? From the first theories of stimulated emission to modern fiber-optic internet, surgical lasers, and space exploration, The Story of the Laser presents a complete and easy-to-understand guide to the science, technology, and history of focused light. Written in clear narrative prose for teen readers, this book explains how lasers work, who invented them, and how they transformed communication, medicine, manufacturing, and everyday life. Inside this book, readers will explore: The physics behind ...

The epic story of the tiny device that changed the world. Imagine a time when math meant hours of pencil-scribbling or clunky gears grinding away in giant machines. Today, a simple calculator app can solve complex equations in seconds—but how did we get here? In Pocket Power: The Story of the Electronic Calculator – How a Tiny Device Changed the Way We Think, Work, and Play, author Kevin Shelton takes readers on a thrilling journey through history, science, and innovation. Travel back to ancient China to see how the abacus revolutionized early counting. Meet visionary inventors like ...

🌊 How do you turn seawater into drinking water? 💧 What happens inside the membranes that quietly power cities, ships, and survival efforts? 🔬 Why is reverse osmosis one of the most important technologies of our time—and why don’t more people know about it? In Through the Membrane: The Story of Reverse Osmosis and the Quest for Fresh Water, discover the fascinating science, history, and global impact of one of the most underappreciated breakthroughs in modern engineering. From ancient salt-removal experiments and post-war desalination trials to cutting-edge nanomaterials and ...

From Galileo’s humble spyglass to spaceborne observatories that glimpse the edge of time, this is the epic story of how humanity learned to see the universe. For over 400 years, the telescope has reshaped not just astronomy, but our very understanding of our place in the cosmos. Lenses, Light, and the Infinite Night traces the sweeping, often surprising history of this revolutionary instrument—from the dim candlelit workshops of the Renaissance to the golden mirrors of James Webb and the continent-spanning radio eyes that captured a black hole. Told with rich detail and poetic clarity, ...

How does the Sun make electricity? Can wind really power a city? What kind of energy comes from inside the Earth? In The Story of Clean Energy: How Sun, Wind, Water, and Heat Can Power Our World — A Guide for Curious Kids, children ages 6–9 take a fascinating, friendly journey through the science of clean power. Written in clear, gentle prose, this book explains how renewable energy works, where it comes from, and how it helps protect our planet—without overwhelming young readers. Kids will explore: • Solar, wind, water, geothermal, biomass, and nuclear energy • How electricity ...

Electricity is the foundation of modern civilization—but the way we generate and manage that electricity is changing faster than at any point in history. Renewable Energy: The Science and Systems That Will Power the Future is a clear, detailed, and politically neutral exploration of how modern renewable energy actually works. Written for teens and general STEM readers ages 13–19, this book explains the real science behind solar, wind, hydropower, geothermal, biomass, batteries, transmission grids, electric transportation, industrial electrification, and long-duration storage. It shows ...

In the year 1202, Leonardo of Pisa included a small puzzle about rabbits in a book meant for merchants. That puzzle introduced a number pattern that would later become known as the Fibonacci sequence. But the story of Fibonacci is much larger than a list of numbers. Fibonacci and the Science of Growth: A Teen’s Guide to Patterns in Nature and Technology explores how a simple recursive rule became a bridge between medieval trade, biological systems, modern engineering, and computer science. Designed for readers ages 13–16, this book explains: • How the Hindu-Arabic numeral system — ...

What if one of the most important inventions in modern history was something we barely notice? We hurry beneath them. We wait beside them. We watch them change without thinking. Yet traffic lights shape our cities, our commutes, our neighborhoods, and the way we share space with strangers. In Red, Yellow, Green: How Traffic Lights Tamed the Streets and Shaped Modern Cities, we step into the surprisingly dramatic story of how these three glowing colors came to govern the movement of the world. Before traffic lights, city streets were unruly and unpredictable. Horses, streetcars, pedestrians,...

Discover the inventions you didn’t know you couldn’t live without. Brilliantly Overlooked: The Hidden Tech That Changed Our World takes you on a journey through seven unsung innovations that quietly shaped modern life—from the rotary washing machine and the Thermos flask to fuel cells, gas turbines, and the zipper. Each chapter brings to life the story behind a seemingly simple invention: who made it, how it works, and why it matters far more than it gets credit for. With vivid storytelling, accessible science, and historical depth, this book makes engineering and design come alive ...

The untold story of the woman who gave the world a weapon against one of its deadliest diseases. At the dawn of the 20th century, tuberculosis — known as “consumption” — was a relentless killer, claiming one out of every seven lives worldwide. Sanatoriums overflowed, families lived in fear, and early detection was little more than guesswork. Amid this crisis, a determined young scientist named Florence Seibert set out to change history. Crippled by childhood polio and dismissed by a male-dominated scientific establishment, Florence faced staggering obstacles. Through years of ...

What is money — and where did it come from? Before dollars and coins, people traded goats, salt, and seashells. On one island, giant stone wheels counted as money. In China, paper money appeared a thousand years before Europe. In Rome, soldiers were paid in salt. And today, we can buy a sandwich just by tapping a phone. The History of Money: The Story of Cows, Coins, Credit Cards and Crypto for Curious Kids takes readers ages 6–8 on a fascinating journey through time, from ancient barter to modern banking, from pirate treasure to Bitcoin. With kid-friendly prose, surprising stories, and...

BioPlastics: The Past, The Science and The Future What do seaweed wrappers, mushroom foam, and compostable forks have in common? They’re all part of a growing movement to rethink plastic—and the future of the materials we use every day. In Bioplastics Unwrapped, discover the fascinating history of plastic, the science behind biodegradable alternatives, and the exciting innovations happening in labs, oceans, and backyards around the world. With clear explanations, real-world case studies, and reflection questions built into every chapter, this book helps young people understand both the ...

From wheels to rockets—discover the epic human story of chasing speed. Speed has always fascinated us. Ancient chariots raced through arenas, steam engines shrank continents, airplanes conquered the skies, and rockets carried us beyond Earth itself. But behind every leap was a mix of bold ideas, daring experiments, and ingenious engineering. In The Chase for Speed: The Science, Engineering, and History of Going Faster, you’ll explore: How the wheel and chariots created the first “fast machines” The Industrial Revolution’s steam engines and railroads The rise of automobiles, ...

20 UNsung Inventions Brilliant Breakthroughs That Silently Shaped the World Discover the incredible stories behind the quiet inventions that made modern life possible. We often celebrate the flashy, the famous, and the headline-grabbing breakthroughs. But what about the zipper? The shipping container? The ball bearing? What about the inventions that didn’t make the front page—but changed everything anyway? In this fascinating journey through 20 underappreciated innovations, you'll uncover how simple, practical ideas became the backbone of our global society. From laboratory flasks to ...