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Every child who performs these 50 fabulous feats will feel like a magician--but the magic here is really science at play. Every trick in the book has a sound, easy-to-understand scientific explanation that will stimulate kids’ understanding of basic concepts. Even as they’re having fun, children will wow the crowd by poking a skewer through a balloon without making it pop, or balancing a penny on a coat hanger. Nothing’s cooler than watching a real egg get sucked into a glass bottle, picking up ice without even touching it, or whipping up fizzy and colorful solutions that any mad scientist would prize. Wild optical illusions will boggle the mind and astound the eye.
Have you ever stopped to wonder how your eyes can convert light into nerve impulses? Or maybe how your ears translate sound waves into brain waves? What about your sense of touch...? how do your fingers sense pressure? These are mysteries that many people never stop to think about, but they should. Without a background in science, the answers might seem so complex that only a specialist could understand them. The truth however is that the answer to all these questions is simply, molecular biology. The living molecules of biology control countless events in our everyday lives, and yet the majority of people have no concept of how molecular events work. While it's true that you can spend a lifetime trying to understand the deepest secrets of the molecular world, you don't need to be an expert to have a working knowledge of the basics of the molecular sciences. If you are interested at all in understanding how your molecular world works, this book will teach you fundamentals of molecular function that will translate to all other molecular events in your daily life. Professor Allan Albig uses examples that everyone can understand like the differences between medicines and toxins, understanding how electric eels produce electricity, and how your sense of smell works, to teach fundamentals of molecular biology. Professor Albig has taught these subjects for more than 20 years in colleges in three states and will educate you about molecular biology so you can better understand your world and appreciate the everyday elegance of your molecular reality.
Packed with over 40 magical science tricks for kids using simple experiments! Join comedian and author Steve Mould, #1 bestselling author of How to be a Scientist, and learn the secrets behind some of the most famous magic tricks and illusions (and learn some of your own). Learn how to bend water with a balloon, turn water into juice, make a glass beaker disappear in oil, and wow your friends with levitating tinsel! Packed with optical illusions, pranks, and fun facts, this ebook is a must-have for any aspiring scientist or magician (the two aren't as different as you might think)! Each trick is explained using step-by-step photographs, and the science behind each one is showcased clearly and simply. Sprinkled throughout the ebook are profiles of famous magicians and illusionists, such as Harry Houdini and David Blaine, and stories of how they used science to create their most famous tricks. Science is Magic is the perfect addition to any family bookshelf or classroom, putting a fresh spin on science for kids. What's fantastic about this kids’ activity ebook is that many of the magic tricks or experiments are something you learn to perform on a friend and require practice. Thus, (the genius bit) it’s not something kids will just do once and then turn the page. Think Magic Is Just An Illusion? Think again! Discover science - REAL magic at your fingertips. Learn some amazing experiments to wow your friends, find out how magicians use science in their most famous tricks, and discover the magic of the world around you. Packed with activities for kids from magic tricks to optical illusions, and peppered with fascinating facts, this educational ebook is a must-have for scientists and magicians alike. Added bonus, each ‘trick’ or experiment in the ebook uses simple items that can be grabbed from home or a hardware store. Get ready to wow your friends with some cool science-backed magic like: - Magnetic fingers - Reading minds - Color changing potion - Guess the coin - Floating ping pong ball and much more! Add other fun-filled Steve Mould titles in the DK collection to your bookshelves, like How To Be A Scientist and The Bacteria Book.
How the scientific study of magic reveals intriguing—and often unsettling—insights into the mysteries of the human mind. What do we see when we watch a magician pull a rabbit out of a hat or read a person's mind? We are captivated by an illusion; we applaud the fact that we have been fooled. Why do we enjoy experiencing what seems clearly impossible, or at least beyond our powers of explanation? In Experiencing the Impossible, Gustav Kuhn examines the psychological processes that underpin our experience of magic. Kuhn, a psychologist and a magician, reveals the intriguing—and often unsettling—insights into the human mind that the scientific study of magic provides.Magic, Kuhn explains, creates a cognitive conflict between what we believe to be true (for example, a rabbit could not be in that hat) and what we experience (a rabbit has just come out of that hat!). Drawing on the latest psychological, neurological, and philosophical research, he suggests that misdirection is at the heart of all magic tricks, and he offers a scientific theory of misdirection. He explores, among other topics, our propensity for magical thinking, the malleability of our perceptual experiences, forgetting and misremembering, free will and mind control, and how magic is applied outside entertaiment—the use of illusion in human-computer interaction, politics, warfare, and elsewhere. We may be surprised to learn how little of the world we actually perceive, how little we can trust what we see and remember, and how little we are in charge of our thoughts and actions. Exploring magic, Kuhn illuminates the complex—and almost magical—mechanisms underlying our daily activities.
Every child who performs these 50 fabulous feats will feel like a magician-but the magic here is really science at play. Every trick in the book has a sound, easy-to-understand scientific explanation that will stimulate kids' understanding of basic concepts. Even as they're having fun, children will wow the crowd by poking a skewer through a balloon without making it pop, or balancing a penny on a coat hanger. Nothing's cooler than watching a real egg get sucked into a glass bottle, picking up ice without even touching it, or whipping up fizzy and colorful solutions that any mad scientist would prize. Wild optical illusions will boggle the mind and astound the eye.
Snapshots of youth, displayed with verve and sparkling clarity, in a new collection of poems that “dazzles with its linguistic sleight of hand” (Richard Blanco). From jaunts through New York subways, to a Cincinnati Waffle House, to a chance encounter with one’s future life partner, Sands writes in turns autobiographically and imaginatively, drawing on voices from his private world and the public sphere to create an urgent portrait of youth that is almost rebellious in its sheer, persistent joy. Nostalgic and vivid, this collection of poems is written reverie. Selected by Richard Blanco, Jon Sands is the winner of the 2018 National Poetry Series.
Fun and fascinating, 89 simple magic tricks will teach both children and adults the scientific principles behind electricity, magnetism, sound, gravity, water, and more. Only basic everyday items are needed. Includes 89 black-and-white illustrations.
"[P.D. Ouspensky's] yearning for a transcendent, timeless reality—one that cancels out physical disintegration and death—figures into science at some fundamental level. Einstein found solace in his theory of relativity, which suggested to him that events are ever-present in the space-time continuum. When his friend Michele Besso passed on shortly before his own death, he wrote: 'For us believing physicists the distinction between past, present, and future is only an illusion, even if a stubborn one.'" —from Magic, Mystery, and Science The triumph of science would appear to have routed all other explanations of reality. No longer does astrology or alchemy or magic have the power to explain the world to us. Yet at one time each of these systems of belief, like religion, helped shed light on what was dark to our understanding. Nor have the occult arts disappeared. We humans have a need for mystery and a sense of the infinite. Magic, Mystery, and Science presents the occult as a "third stream" of belief, as important to the shaping of Western civilization as Greek rationalism or Judeo-Christianity. The occult seeks explanations in a world that is living and intelligent—quite unlike the one supposed by science. By taking these beliefs seriously, while keeping an eye on science, this book aims to capture some of the power of the occult. Readers will discover that the occult has a long history that reaches back to Babylonia and ancient Egypt. It proceeds alongside, and frequently mingles with, religion and science. From the Egyptian Book of the Dead to New Age beliefs, from Plato to Adolf Hitler, occult ways of knowing have been used—and hideously abused—to explain a world that still tempts us with the knowledge of its dark secrets.
This book gives a comprehensive picture of the activities and the creative heritage of Simon Stevin, who made outstanding contributions to various fields of science, in particular physics and mathematics. Among the striking spectrum of his ingenious achievements, it is worth emphasizing that Simon Stevin is rightly considered as the father of the system of decimal fractions as it is in use today. Stevin also urged the universal use of decimal fractions along with standardization in coinage, measures and weights. This was a most visionary proposal. Stevin was the first since Archimedes to make a significant new contribution to statics and hydrostatics. He truly was "homo universalis." The impact of Stevin's work has been multilateral and worldwide, including literature (William Shakespeare), science (from Christian Huygens to Richard Feynman), politics (Thomas Jefferson) and many other fields. Thomas Jefferson, together with Alexander Hamilton and Robert Morris, advocated introducing the decimal monetary units in the USA with reference to the book "De Thiende" by S. Stevin and in particular to the English translation of the book: "Disme: The Art of Tenths" by Robert Norton. In accordance with the title of this translation, the name of the first silver coin issued in the USA in 1792 was 'disme' (since 1837 the spelling changed to ('dime'). It was considered as a symbol of national independence of the USA.
The author addresses key scientific questions previously explained by rich mythologies, from the evolution of the first humans and the life cycle of stars to the principles of a rainbow and the origins of the universe.