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Born from a dying red giant, the atom Fe orbits the early Solar system, trapped aboard an iron-nickel asteroid. Now, after billions of years of waiting, Fe is about to fall to Earth and into the clutches of vicious and clever Homo sapiens. Cloud Atlas meets Forrest Gump meets Albert Einstein in this fast-paced, grippingly brilliant 8-billion-year biography of the universe’s most interesting iron atom. Benjamin Bronte’s brilliant debut novel FE: AN ATOM’S TALE (Elegua Editions, May 28, 2024) is an ingenious telling of humanity’s past, present, and future, all through the quantum-scale perspective of a single atom. Near-indestructible and ineffably magnetic, Fe is a hero like no other. After its flaming, plummeting asteroid slams into the sands of ancient Mesopotamia, Fe finds itself forged into a deadly weapon by powerful princes whose peoples have not yet discovered the secret of iron smelting. Time, gravity, and fundamental forces march ever onwards, leaving unforgettable characters and their deeply-human narratives behind, following the immortal and infinitesimal Fe to its next grand adventure. Thrilling scenes of the Second World War give way to the humorous, and often maddening, complexity of our own overconnected 21st-century world–only for Fe to leave Earth forever, welded into a spaceship, destined to settle other worlds… In FE: AN ATOM’S TALE, the science on every page is meticulously accurate, while its immersive, metaphor-rich writing style ensures that readers remain entertained rather than overwhelmed. Benjamin Bronte’s training as a physicist and educator, paired with relentless research, has produced an unprecedented level of plausibility for a work of science fiction. Readers of FE: AN ATOM’S TALE will learn how magnetic fields work during a shoot-out in a drug lab, and they’ll come to appreciate the role of hemoglobin while enjoying a tribal feast. Following Fe, readers will learn about metallurgy, cosmology, how to break into the Louvre, dive-bombers, fair prices for classic guitars, photosynthesis, and how to accidentally start a religion. Fe may be a single, mindless atom of iron, but what other novel’s main character rides on a meteor, is captured by Nazis, and lives inside a goat? Fe’s may be the smallest story ever told, but no other novel has gone so deep and in such an entertaining manner. Garnering instant praise from fans in early releases, FE: AN ATOM’S TALE is proving to be a remarkably unique, and remarkably entertaining, debut. Written in the spirit of Isaac Asimov and hard science fiction like Steven Baxter and Arthur C. Clarke, FE: AN ATOM’S TALE presents something entirely new: a groundbreaking novel that puts the ‘science’ back in science fiction.
This extensive revision deals with the minerals talc, pyrophyllite, chlorite, serpentine, stilpnomelane, zussmanite, prehnite and apophyllite. The text has been completely rewritten and very much expanded to take account of the many advances that have been made in all aspects of the Earth sciences, not least mineralogy. Each chapter is headed by a brief tabulation of mineral data and ends with full references. Crystal structures are described and illustrated, followed by discussion of structural information gained from spectroscopic as well as X-ray and electron-optic methods. Chemical sections include many analyses and structural formulae, phase relations, igneous, metamorphic and sedimentary geochemistry, alteration and weathering. Examples are given of a range of mineral parageneses. Correlation between the various aspects of mineralogy are emphasized in order to provide a scientific understanding of minerals as well as their description and identification. So great has been the expansion of research on layered silicates that a separate volume (3A, 2003) was devoted entirely to micas and another (3C), entirely for clay minerals will also be published. Rock-Forming Minerals is an essential reference work for professionals, researchers and postgraduate students in Earth science and related fields in chemistry, physics, engineering, environmental and soil sciences.
This is a book about discovery and disaster, exploitation and invention, warfare and science - and the relationship between human beings and the chemical elements that make up our planet. Lars Ohrstrom introduces us to a variety of elements from S to Pb through tales of ordinary and extraordinary people from around the globe. We meet African dictators controlling vital supplies of uranium; eighteenth-century explorers searching out sources of precious metals; industrial spies stealing the secrets of steel-making. We find out why the Hindenburg airship was tragically filled with hydrogen, not helium; why nail-varnish remover played a key part in World War I; and the real story behind the legend of tin buttons and the downfall of Napoleon. In each chapter, we find out about the distinctive properties of each element and the concepts and principles that have enabled scientists to put it to practical use. These are the fascinating (and sometimes terrifying) stories of chemistry in action.
In the spirit of A Short History of Nearly Everything comes Periodic Tales. Award-winning science writer Hugh Andersey-Williams offers readers a captivating look at the elements—and the amazing, little-known stories behind their discoveries. Periodic Tales is an energetic and wide-ranging book of innovations and innovators, of superstition and science and the myriad ways the chemical elements are woven into our culture, history, and language. It will delight readers of Genome, Einstein’s Dreams, Longitude, and The Age of Wonder.
From New York Times bestselling author Sam Kean comes incredible stories of science, history, finance, mythology, the arts, medicine, and more, as told by the Periodic Table. Why did Gandhi hate iodine (I, 53)? How did radium (Ra, 88) nearly ruin Marie Curie's reputation? And why is gallium (Ga, 31) the go-to element for laboratory pranksters? The Periodic Table is a crowning scientific achievement, but it's also a treasure trove of adventure, betrayal, and obsession. These fascinating tales follow every element on the table as they play out their parts in human history, and in the lives of the (frequently) mad scientists who discovered them. The Disappearing Spoon masterfully fuses science with the classic lore of invention, investigation, and discovery -- from the Big Bang through the end of time. Though solid at room temperature, gallium is a moldable metal that melts at 84 degrees Fahrenheit. A classic science prank is to mold gallium spoons, serve them with tea, and watch guests recoil as their utensils disappear.
You will enjoy the stories you are about to read.....David Kerr has a wholesome, mischievous humor with a creative insight reminiscent of those early homemade philosophers........I'm sure that Will Rogers, Mark Twain, and other names are familiar to you still. DuWayne Furman, Ph.D. Human Growth and Development University of Nebraska "(More Tales of the Strange and Wonderful) cannot really be placed in any particular genre. it is a fascinating combination of local folklore, true stories (many from David's youth in Huntsville), interspersed with Bible stories and parables told and spun from a slightly different perspective. Rushville Rotary Club
A social history of New Mexico’s “Atomic City” Los Alamos, New Mexico, birthplace of the Atomic Age, is the community that revolutionized modern weaponry and science. An “instant city,” created in 1943, Los Alamos quickly grew to accommodate six thousand people—scientists and experts who came to work in the top-secret laboratories, others drawn by jobs in support industries, and the families. How these people, as a community, faced both the fevered rush to create an atomic bomb and the intensity of the subsequent cold-war era is the focus of Jon Hunner’s fascinating narrative history. Much has been written about scientific developments at Los Alamos, but until this book little has been said about the community that fostered them. Using government records and the personal accounts of early residents, Inventing Los Alamos, traces the evolution of the town during its first fifteen years as home to a national laboratory and documents the town’s creation, the lives of the families who lived there, and the impact of this small community on the Atomic Age.