Did you know that President Thomas Jefferson used a copier? Or that one of the world's fastest computers is the size of a two-story house? Get ready to learn the strange stories behind technology inventions you use every day. From the teenager who first imagined the television to a $900 smartphone named Simon, you'll find out how we got the technological wonders that help us connect, create, and keep up.

Readers will get to explore the inside of a cell in this fascinating book! Using a variety of vivid images, charts and photos, easy-to-read text, intriguing facts, and sidebars, readers will learn about the various parts of animal and plant cells, including the cell membranes, cytoplasm, nucleus, chromosomes, chloroplasts, endoplasmic reticulum, vacuoles, and lysosomes. To aid in further understanding of the content and vocabulary, a glossary and...

Explore the history and the theoretical properties of Higgs Bosons, the exciting subatomic particles that have eluded scientists for years.

Were there cannibals in Anglo-Saxon times? What's the stinkiest fruit you can eat? To find out the revolting answers to these questions, and many more, just look inside! Discover gruesome facts about foul food, horrid history, grotty bodies, scary science and appalling animals. Big Ideas! is a dynamic, high-energy "fun fact" series for children aged seven and up, illustrated throughout with humorous cartoons. Packed with surprising facts, stats,...

The story of the development of medicine is intriguing, and involves countless trial and error. Readers learn of the stories less-often heard of in this intriguing volume. They learn about the genesis of the medicine we often take for granted today; learning of these back stories, readers will gain an appreciation for common treatments to afflictions that often proved fatal in the past.

Teach your students the value of working together as they learn how researchers and scientific teams from around the world further human knowledge and innovation through collaboration. Students will discover how sharing research among peers enables scientists to advance their own studies and the work of others. At the same time, this book will provide historical and modern examples of scientific collaboration between individuals and teams that have...

The quest to understand how electricity works has led to some of the most important discoveries and inventions of all time. Scientists have figured out how to harness the power of electricity on a very large scale in massive power plants and on a very tiny scale in computer circuits. This book includes geniuses, like Benjamin Franklin, Nikola Tesla, and Thomas Edison. Our modern ideas have been assembled over a long period as scientists built upon...

Greek philosophers first hypothesized that matter was composed of atoms, but the theory would not resurface again until the late 17th century. The idea that that atoms joined to form structures called molecules first appeared in the 19th century and helped explain why gases, liquids, and solids behave differently from one another. In the 20th century subatomic particles were discovered-electrons, protons, and neutrons-and atomic structure was finally...

Most young people only study physics through practical applications, such as equations, experiments and observations. This title, contrarily, brings physics to life and engages readers in a way that they've never experienced before. Readers will learn about the evolution of physics, from prehistory to the 21st century, including Newton and Einstein. Along the way, they gain a firm understanding of the laws of the universe, including the subatomic...

This informative book explores the collecting and analyzing data step of the scientific method. Readers will learn precisely what data is and how to understand it in simple, straightforward language. With concrete examples of discoveries made by real-life scientists, this book makes a case for how important data and the ability to analyze it truly is. This book also provides accessible experiments that readers can do at home to foster a greater understanding...