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In 1967, Scottsdale's longtime Arabian horse breeder Ed Tweed embarked on a mission to race the horses he bred. He imported a chestnut stallion from Poland named Orzel, or "Eagle" in English, that flew past competitors to become the first U.S. National Racing Champion. Among other wins in halter and performance, Orzel was the victor in the debut of the U.S. National Championship Ladies' Sidesaddle category, partnered with Tweed's granddaughter Shelley Groom Trevor. Thousands of fans visited the legendary performer in retirement at Brusally Ranch. Decades after Orzel's death, horses he sired continue his winning legacy. Author Tobi Lopez Taylor chronicles this triumphant story.
2022 NATIONAL INDIE EXCELLENCE AWARDS WINNER — HISTORY: GENERAL ". . . inherently interesting, unique, and highly recommended addition to personal, professional, community, college, and academic library Physics of Time & Scientific Measurement history collections, and supplemental curriculum studies lists.” —Midwest Book Review "A wonderful look into understanding and recording time, Orzel’s latest is appropriate for all readers who are curious about those ticks and tocks that mark nearly every aspect of our lives." —Booklist “A thorough, enjoyable exploration of the history and science behind measuring time.” —Foreword Reviews It’s all a matter of time—literally. From the movements of the spheres to the slipperiness of relativity, the story of science unfolds through the fascinating history of humanity’s efforts to keep time. Our modern lives are ruled by clocks and watches, smartphone apps and calendar programs. While our gadgets may be new, however, the drive to measure and master time is anything but—and in A Brief History of Timekeeping, Chad Orzel traces the path from Stonehenge to your smartphone. Predating written language and marching on through human history, the desire for ever-better timekeeping has spurred technological innovation and sparked theories that radically reshaped our understanding of the universe and our place in it. Orzel, a physicist and the bestselling author of Breakfast with Einstein and How to Teach Quantum Physics to Your Dog continues his tradition of demystifying thorny scientific concepts by using the clocks and calendars central to our everyday activities as a jumping-off point to explore the science underlying the ways we keep track of our time. Ancient solstice markers (which still work perfectly 5,000 years later) depend on the basic astrophysics of our solar system; mechanical clocks owe their development to Newtonian physics; and the ultra-precise atomic timekeeping that enables GPS hinges on the predictable oddities of quantum mechanics. Along the way, Orzel visits the delicate negotiations involved in Gregorian calendar reform, the intricate and entirely unique system employed by the Maya, and how the problem of synchronizing clocks at different locations ultimately required us to abandon the idea of time as an absolute and universal quantity. Sharp and engaging, A Brief History of Timekeeping is a story not just about the science of sundials, sandglasses, and mechanical clocks, but also the politics of calendars and time zones, the philosophy of measurement, and the nature of space and time itself. For those interested in science, technology, or history, or anyone who’s ever wondered about the instruments that divide our days into moments: the time you spend reading this book may fly, and it is certain to be well spent.
Please note: This is a companion version & not the original book. Sample Book Insights: #1 The Glorious Revolution in England in the late 1600s saw the deposition of the Catholic king of England and Scotland, James Stuart, and his replacement by his daughter, Mary, and her husband, William of Orange. This triggered a number of uprisings in the British Isles, including the Williamite War in Ireland. #2 The solstice marker at Newgrange, Ireland, is a physical cycle that repeats at regular intervals. It is the appearance of sunlight in the central chamber that provides a clear readout for a physical cycle that repeats at regular intervals. #3 The sun moves across the sky from left to right, and the earth rotates counterclockwise. From a vantage point above the north pole, the earth rotates counterclockwise, so a day looks like the image on the next page. #4 The sun follows a different path in the two hemispheres. At northern latitudes, the rising sun moves up and to the right, while at southern latitudes, it moves up and to the left. Only on the equator does the sun go straight up from the eastern horizon.
Everyone talks to their pets; Chad Orzel tells his about relativity.
Original publication and copyright date: 2009.
When it comes to science, too often people say "I just don't have the brains for it"--and leave it at that. Why is science so intimidating, and why do people let themselves feel this way? What makes one person a scientist and another disinclined even to learn how to read graphs? The idea that scientists are people who wear lab coats and are somehow smarter than the rest of us is a common, yet dangerous, misconception that puts science on an intimidating pedestal. How did science become so divorced from everyday experience? In Eureka, science popularizer Chad Orzel argues that even the people who are most forthright about hating science are doing science, often without even knowing it. Orzel shows that science is central to the human experience: every human can think like a scientist, and regularly does so in the course of everyday activities. The common misconception is that science is a body of (boring, abstract, often mathematical) facts. In truth, science is a process: Looking at the world, Thinking about what makes it work, Testing your mental model by comparing it to reality, and Telling others about your results--all things that people do daily. By revealing the connection between the everyday activities that people do--solving crossword puzzles, playing sports, or even watching mystery shows on television--and the processes used to make great scientific discoveries, Eureka shows that this process is one everybody uses regularly, and something that anyone can do.
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