Most Popular Books in Science Fiction & Fantasy

From novels and short stories to television and film, popular media has made a cottage industry of predicting the end of the world will be caused by particle accelerators. Rather than allay such fears, public pronouncements by particle scientists themselves often unwittingly fan the flames of hysteria. This book surveys media depictions of particle accelerator physics and the perceived dangers these experiments pose. In addition, it describes the role of scientists in propagating such fears and misconceptions, offering as a conclusion ways in which the scientific community could successfully allay such misplaced fears through more effective communication strategies. The book is aimed at the general reader interested in separating fact from fiction in the field of high-energy physics, at science educators and communicators, and, last but not least, at all scientists concerned about these issues. About the Author Kristine M Larsen holds a Ph.D. in Physics and is currently a professor at Central Connecticut State University, New Britain, CT, in the Geological Sciences Department. She has published a number of books, among them The Women Who Popularized Geology in the 19th Century (Springer, 2017), The Mythological Dimensions of Neil Gaiman (eds. Anthony Burdge, Jessica Burke, and Kristine Larsen. Kitsune Press, 2012. Recipient of the Gold Medal for Science Fiction/Fantasy in the 2012 Florida Publishing Association Awards), The Mythological Dimensions of Doctor Who (eds. Anthony Burdge, Jessica Burke, and Kristine Larsen. Kitsune Press, 2010), as well as Stephen Hawking: A Biography (Greenwood Press, 2005) and Cosmology 101 (Greenwood Press, (2007).

Re-issuing books originally published between 1969 and 1990 this set of 15 volumes gives a 20 year perspective on the development of the discipline of social geography. The books emphasize the increasingly important contribution of geographical theory to the understanding of social change, values, economic and political organization and ethical imperatives. The volumes are authored by well-known international geographers and discuss the philosophy and sociology of geography as well as key themes such as the geography of health, crime, space. They also examine the cross-over of geography with other disciplines, such as literature and history.

In November 1919, newspapers around the world alerted readers to a sensational new theory of the universe: Albert Einstein’s theory of relativity. Coming at a time of social, political, and economic upheaval, Einstein’s theory quickly became a rich cultural resource with many uses beyond physical theory. Media coverage of relativity in Britain took on qualities of pastiche and parody, as serious attempts to evaluate Einstein’s theory jostled with jokes and satires linking relativity to everything from railway budgets to religion. The image of a befuddled newspaper reader attempting to explain Einstein’s theory to his companions became a set piece in the popular press. Loving Faster than Light focuses on the popular reception of relativity in Britain, demonstrating how abstract science came to be entangled with class politics, new media technology, changing sex relations, crime, cricket, and cinematography in the British imagination during the 1920s. Blending literary analysis with insights from the history of science, Katy Price reveals how cultural meanings for Einstein’s relativity were negotiated in newspapers with differing political agendas, popular science magazines, pulp fiction adventure and romance stories, detective plots, and esoteric love poetry. Loving Faster than Light is an essential read for anyone interested in popular science, the intersection of science and literature, and the social and cultural history of physics.

In witty, readable prose, Toumey investigates these questions by presenting five episodes of science in American life: the fluoridation controversies; the 1986 California referendum on AIDS/HIV policy; the cold fusion controversy; the anti-evolution of creationism; and the mad- scientist stories of fiction and film.

Mark Wilson presents a series of explorations of our strategies for understanding the world. "Physics avoidance" refers to the fact that we frequently cannot reason about nature in the straightforward manner we anticipate, but must seek alternative policies that allow us to address the questions we want answered in a tractable way. Within both science and everyday life, we find ourselves relying upon thought processes that reach useful answers in opaque and roundabout manners. Conceptual innovators are often puzzled by the techniques they develop, when they stumble across reasoning patterns that are easy to implement but difficult to justify. But simple techniques frequently rest upon complex foundations—a young magician learns how to execute a card-guessing trick without understanding how its progressive steps squeeze in on a proper answer. As we collectively improve our inferential skills in this gradually evolving manner, we often wander into unfamiliar explanatory landscapes in which simple words encode physical information in complex and unanticipated ways. Like our juvenile conjurer, we fail to recognize the true strategic rationales underlying our achievements and may turn instead to preposterous rationalizations for our policies. We have learned how to reach better conclusions in a more fruitful way, but we remain baffled by our own successes. At its best, philosophical reflection illuminates the natural developmental processes that generate these confusions and explicates their complexities. But current thinking within philosophy of science and language works to opposite effect by relying upon simplistic conceptions of "cause", "law of nature", "possibility", and "reference" that ignore the strategic complexities in which these concepts become entangled within real life usage. To avoid these distortions, better descriptive tools are required in philosophy. The nine new essays within this volume illustrate this need for finer discriminations through a range of revealing cases, of both historical and contemporary significance.

'Science, Technology, and Society' offers approximately 150 articles written by major scholars and experts from academic and scientific institutions worldwide. The theme is the functions and effects of science and technology in society and culture.

The contributors to this volume use framing and framing theory to engage with key questions in environmental literature, history, politics, film, TV and pedagogy.

Here's a surefire way to spark interest in both reading and science at the upper elementary level. The authors provide reading strategies and activities for 24 popular children's books you can use to integrate reading and science teaching. Activities covering oral language, writing, and cooperative learning apply the science concepts.

Scientists studying the universe find strange things in two placesâ€"out in space and in their heads. This is the story of how the most imaginative physicists of our time perceive strange features of the universe in advance of the actual discoveries. It is almost a given that physics and cosmology present us with some of the grandest mysteries of all. What weightier questions to ponder than, "How does the universe work?" or "What is the universe made of?" There are any number of bizarre phenomena that could provide clues or even answers to these queries. The strangeness ranges from unusual forms of matter and realms of existence to wild ideas about how time and space are related to one another. Many of these proposals may well turn out to be wrong. But how many will be proven to be right? This book speaks for the scientific theorists who are bold enough to imagine and predict the impossible. New ideas are percolating in their heads every day. One physicist may dream of subatomic particles that could resolve a variety of cosmological conundrums while another may study the likes of "funny energy," which may explain how rapidly the universe is expanding. This is the stuff of Strange Matters. In broad terms, this book is about a variety of discoveries that theorists of the past imagined before the observers and experimenters actually saw them. Moreover, it is about the things that today’s are now imaginingâ€"but haven't yet been discovered or confirmed by the observers. Strange Matters artfully mixes the present with the past and future, reporting from the frontiers of research where history is in the process of being made. Each chapter examines a different step along the twisted path we've walked to gain our rudimentary understanding of the universe, incorporating historical examples of successful "prediscoveries" with current stories that relate brand new ideas. We come to see the universe not only in terms of what has already been discovered, but also in terms of what has yet to be observed. Strange Matters is a guide to the discoveries of the twenty-first century, a series of visions dreamt by the most imaginative scientists of our time merged with the achievements of the pastâ€"to point the way towards even greater accomplishments of the future.

' This is a one-of-a-kind book: combining easy-to-understand science, in-the-trenches political warfare, and inspirational stories. It aims to give hope to individuals and families who suffer from chronic disease or disability; to point out how ordinary people can make an extraordinary difference in the battle to ease suffering and save lives through supporting medical research; to share in “people talk” some of the amazing progress already achieved in the new field of stem cell research; to show how even such a magnificent success as the California stem cell program is under constant attack from ideological groups; to offer medical research as a force for international cooperation; to suggest how cure research lessens the need for the mountainous costs of endless care. Unparalleled background: the author has been involved in virtually every important stem cell battle (state, national, and international) since embryonic stem cell research began. The author works closely with Robert N. Klein, sponsor of the California stem cell program, the largest source of such stem cell research funding in the world. In addition, the author is an award-winning teacher as well as writer, and seeks to entertain as well as educate. His book is not only substantive, but also fun. The book would be a treasured gift: for anyone suffering an “incurable” illness or who is a caregiver for a loved one; for a college student considering a rewarding career in biomedicine; for scientists who want to protect and enhance their research funding; and for anyone who wants to see government respond to the needs of its citizenry. Chronic disease and disability are a prison: cure is the triumphant escape — wheelchairs should be for temporary occupancy only. Contents:Foreword by Christopher ReeveAcknowledgementsThe World''s Deadliest KillersThe Naked Face of HateTo Clone, or Not to Clone?Season of StormsThe Trial(S) of the California Stem Cell ProgramWhen Changing the World, What Do You Do First?Battles With a FriendTime-Lapse ScriptographyIdeology, Science or Bible Quoting Vampires?Joan of Arc, and the Republican Stem Cell Reversal?Deadly DefinitionsWhat are We Fighting for?Suffer Little ChildrenKlein Must Resign!Last Day in the Wolverine StateGetting Up in the Morning and Going to — Washington?The Boy Who Loved Stanford Too MuchStem Cell Summit, Stem Cell WorldHow Not to Have Sex in a Personhood StateFighting the Killers: Leukemia and CancerThe Thief of MemoryThe Anti-Science SocietyStem Cell ThanksgivingSwimming from AlcatrazBridge to a New LifeSkidding on IceHow to Mend a Broken HeartHelen Keller and Stem Cell ResearchHow to Mend a Broken HeartWhy We Can''t Afford Not to Cure ParalysisThe War We Must Not LoseIn Which I Get CancerSickle-Cell Anemia and the Politics of PainMowgli and the Matrix: A Year in the Life of the California Stem Cell ProgramTo Whom Goes the Kingdom?The Liver ListThe Will of ConnecticutChampions Find a WayDisenfranchise the Disabled?Adventures in Intellectual PropertySpartacus Fights Back Against StrokeDiabetes Going Down?Jamie Thomson, or, How Do You Follow an Act of Genius?Sherley V SebeliusThe Woman Who Would Not be SilencedThe Gorilla Gynecologist, or, the Pera-Chen Anti-Urinary-Incontinence MethodTurning Over Rocks: The Battle for Paralysis CureIn Memory Still Green: The Passing of Three GiantsInvitation to MexicoOf Presidents, and the Valley of DeathLittle Hoover and the Institute of MedicineStudying the Moon, Looking Through a StrawThe Great Nebraska CompromiseStem Cell TourismThe Man Who Could Fly Without a PlaneThief of LivesSingapore, Biopolis, and the Power of the SmallSingapore ScientistsFighters Against Parkinson''sInternational FriendsA Texas Miracle, or Thirty-TwoThe Stem Cell Musketeers of BrazilAdventures in ChinaProfessor Forever and the Giant SquidA Double Baker''s Dozen of Disease Team Grants?The Greatest Speech You Never HeardA Stem Cell Mystery: The Resignation of Mahendra RaoArthritis and the Fifty StatesWould You Drink from a Fountain of Youth?When Things Go RightWhere Did the Money Go? (and a New Year''s Delight at the End...)The End?Appendices:Interview with Lim Chuan Poh, Chairman of A*Star and BiopolisAn Interview with Hans KeirsteadInterview with Bob Klein Keywords:Stem Cell Research;Cure;Roman Reed Spinal Cord Injury Research Act;Don C Reed;Americans for Cures Foundation;Proposition 71;Bob Klein;California Institute for Regenerative Medicine (CIRM) “A well-written book on a technical and challenging subject, Stem Cell Battles is a real page-turner. Don Reed writes from a layman''s point of view; his credentials and advocacy experience position him to thoroughly cover his subject and present the subject of stem cell research in an interesting and entertaining way. The book is appropriate for students doing research, for any general reader, and for anyone who is or knows the one in two Americans with an incurable disease or disability. The book fills a gap in public library collections, and is useful in academic collections as well because it covers the subject very well. The author carefully and thoroughly footnotes and documents his material; the reader can see the reliability of the subject coverage, and know here to follow up as interested.” Sandi Pantages Fremont, California "Impassioned advocacy for stem cell research … recommended for anyone interested in the California Institute for Regenerative Medicine, its origins, and its accomplishments so far …" Dr James Till co-recipient (with Ernest McCulloch) of Lasker Award Toronto, Canada "It''s a highly recommended pick for any involved in stem cell concerns; whether it be from a scientist''s perspective, a politician''s viewpoint, or from a patient seeking relief. Its focus on California achievements, in particular, lends to a discussion that juxtaposes the personal with the political in a rare, wide-ranging discussion that no health collection should be without. Add insights into how ordinary people can help and you have a key acquisition not to be missed by readers with any degree of interest or curiosity in stem cell research''s promises, controversies, and very human concerns; or by acquisition librarians who will appreciate its fresh, new perspective on the subject." Midwest Book Review "Reed''s voice is warm, optimistic, and determined, while he acknowledges that such political battles are hard on both patients and caregivers. His attitude of calm hope in the face of obstacles both public and personal is admirable and encouraging. Stem Cell Battles is a prime example of how a small group of people can bring about significant change for many. It''s a valuable book for that reason alone, but the human stories Reed includes make it more so." Foreword Reviews "As founder of the Student Society for Stem Cell Research with chapters throughout the United States and the world, I encourage young men and women to enter stem cell research and pursue a career in regenerative medicine. Everyone should read Don Reed''s new book, STEM CELL BATTLES, which is an inspiring account, with the pages bounded by a father''s love for his son and the most powerful of human principles, hope. The treatise is a historical account of California''s stem cell program and the development of a nascent field that is united by humanity''s quest for cures. I have known Don for many years and we have worked together to help pass pro-research legislation. This book impresses upon the reader the impact of working with visionaries such as Bob Klein, who developed Proposition 71 and led it to become the California Institute for Regenerative Medicine. Because of that initiative, we are closer to cures in various areas like diabetes and macular degeneration." Joe Riggs Founder of the 19-nation organization Students for Stem Cell Research "This book is like no other; a monumental achievement! Due to 20 years of Parkinson''s disease I am too weak to hold it for very long, so it will take the rest of my life to finish it. It contains the personal stories of people with every known disease and disability, all of which could someday be helped or cured by stem cell research. You cannot read it without becoming inspired to engage in the battle for medical research. As Don has documented, it is a difficult struggle but eventually we will prevail. It has been a great honor to have known this great man and advocate." Rayilyn Lee Brown Surprise, Arizona, USA "This solid primer should be useful to anyone interested in stem cells and their potential to change the world." Kirkus Reviews '

Science International is the history of a worldwide organization of scientists, now involving thousands of participants, which was started a century ago when a few visionaries founded the International Association of Academies (1899-1919). This was succeeded by an International Research Council, which, in 1932, became the International Council of Scientific Unions (ICSU). The initiative to have an international arena for scientists survived two global wars, as well as immense economic and social change in the twentieth century. This history describes how national academies and international unions of scientists from specific disciplines learned to work together, and shows how from these alliances sprang great co-operative projects such as the International Geophysical Year and the International Biological Programme, as well as the creation of a global scientific organization directed to the study of the entire planet and prospects for the human race.

The race is on to construct the first quantum code breaker, as the winner will hold the key to the entire Internet. From international, multibillion-dollar financial transactions to top-secret government communications, all would be vulnerable to the secret-code-breaking ability of the quantum computer. Written by a renowned quantum physicist closely involved in the U.S. government’s development of quantum information science, Schrödinger’s Killer App: Race to Build the World’s First Quantum Computer presents an inside look at the government’s quest to build a quantum computer capable of solving complex mathematical problems and hacking the public-key encryption codes used to secure the Internet. The "killer application" refers to Shor’s quantum factoring algorithm, which would unveil the encrypted communications of the entire Internet if a quantum computer could be built to run the algorithm. Schrödinger’s notion of quantum entanglement—and his infamous cat—is at the heart of it all. The book develops the concept of entanglement in the historical context of Einstein’s 30-year battle with the physics community over the true meaning of quantum theory. It discusses the remedy to the threat posed by the quantum code breaker: quantum cryptography, which is unbreakable even by the quantum computer. The author also covers applications to other important areas, such as quantum physics simulators, synchronized clocks, quantum search engines, quantum sensors, and imaging devices. In addition, he takes readers on a philosophical journey that considers the future ramifications of quantum technologies. Interspersed with amusing and personal anecdotes, this book presents quantum computing and the closely connected foundations of quantum mechanics in an engaging manner accessible to non-specialists. Requiring no formal training in physics or advanced mathematics, it explains difficult topics, including quantum entanglement, Schrödinger’s cat, Bell’s inequality, and quantum computational complexity, using simple analogies.

Since World War II, the biological and technological have been fusing and merging in new ways, resulting in the loss of a clear distinction between the two. This entanglement of biology with technology isn't new, but the pervasiveness of that integration is staggering, as is the speed at which the two have been merging in recent decades. As this process permeates more of everyday life, the urgent necessity arises to rethink both biology and technology. Indeed, the human body can no longer be regarded either as a bounded entity or as a naturally given and distinct part of an unquestioned whole. Bits of Life assumes a posthuman definition of the body. It is grounded in questions about today's biocultures, which pertain neither to humanist bodily integrity nor to the anthropological assumption that human bodies are the only ones that matter. Editors Anneke Smelik and Nina Lykke aid in mapping changes and transformations and in striking a middle road between the metaphor and the material. In exploring current reconfigurations of bodies and embodied subjects, the contributors pursue a technophilic, yet critical, path while articulating new and thoroughly appraised ethical standards.

The history of eugenics and racial nationalism in Central and Southeast Europe is a neglected topic of analysis in contemporary scholarship. The 20 essays in this volume, written by distinguished scholars of eugenics and fascism alongside a new generation of scholars, excavate the hitherto unknown eugenics movements in Central and Southeast Europe, including Austria and Germany. Eugenics and racial nationalism are topics that have constantly been marginalized and rated as incompatible with local national traditions in Central and Southeast Europe. These topics receive a new treatment here. On the one hand, the historiographic perspective connects developments in the history of anthropology and eugenics with political ideologies such as racial nationalism and anti-Semitism; on the other hand, it contests the 'Sonderweg' approach adopted by scholars dealing with these issues.

This collection charts the terrain of contemporary Japanese animation, one of the most explosive forms of visual culture to emerge at the crossroads of transnational cultural production in the last twenty-five years. The essays offer bold and insightful engagement with animé's concerns with gender identity, anxieties about body mutation and technological monstrosity, and apocalyptic fantasies of the end of history. The contributors dismantle the distinction between 'high' and 'low' culture and offer compelling arguments for the value and importance of the study of animé and popular culture as a key link in the translation from the local to the global.

The contributors to this collection view the prospect of human cloning with varying degrees of alarm, disgust, ambivalence and humour.

Biotech Juggernaut: Hope, Hype, and Hidden Agendas of Entrepreneurial BioScience relates the intensifying effort of bioentrepreneurs to apply genetic engineering technologies to the human species and to extend the commercial reach of synthetic biology or "extreme genetic engineering." In 1980, legal developments concerning patenting laws transformed scientific researchers into bioentrepreneurs. Often motivated to create profit-driven biotech start-up companies or to serve on their advisory boards, university researchers now commonly operate under serious conflicts of interest. These conflicts stand in the way of giving full consideration to the social and ethical consequences of the technologies they seek to develop. Too often, bioentrepreneurs have worked to obscure how these technologies could alter human evolution and to hide the social costs of keeping on this path. Tracing the rise and cultural politics of biotechnology from a critical perspective, Biotech Juggernaut aims to correct the informational imbalance between producers of biotechnologies on the one hand, and the intended consumers of these technologies and general society, on the other. It explains how the converging vectors of economic, political, social, and cultural elements driving biotechnology’s swift advance constitutes a juggernaut. It concludes with a reflection on whether it is possible for an informed public to halt what appears to be a runaway force.

Drawing on extensive archival research, Jen Boyle investigates how the use of anamorphic perspective flourished in early modern England as a technology and medium in public interactive art, city and garden design, and as a theory and figure in literature, political theory and natural and experimental philosophy. This study offers a scholarly consideration of anamorphosis (its technical means, performances, and embodied practices) as an interactive media and cultural imaginary.

This landmark essay collection explains the Anthropocene as a scientific concept and as a human dilemma, showing how it limits our future but liberates our imaginations.

Compares teachings of Buddhism with principles of modern biology, revealing many significant points of compatibility.

Within a few short years, fiber optics has skyrocketed from an interesting laboratory experiment to a billion-dollar industry. But with such meteoric growth and recent, exciting advances, even references published less than five years ago are already out of date. The Fiber Optics Illustrated Dictionary fills a gap in the literature by providing instructors, hobbyists, and top-level engineers with an accessible, current reference. From the author of the best-selling Telecommunications Illustrated Dictionary, this comprehensive reference includes fundamental physics, basic technical information for fiber splicing, installation, maintenance, and repair, and follow-up information for communications and other professionals using fiber optic components. Well-balanced, well-researched, and extensively cross-referenced, it also includes hundreds of photographs, charts, and diagrams that clarify the more complex ideas and put simpler ideas into their applications context. Fiber optics is a vibrant field, not just in terms of its growth and increasing sophistication, but also in terms of the people, places, and details that make up this challenging and rewarding industry. In addition to furnishing an authoritative, up-to-date resource for relevant industry definitions, this dictionary introduces many exciting recent applications as well as hinting at emerging future technologies.

The book describes information as being something that literally exists separate and apart from substance (energy for ours at the moment). It then provides a model outlining the coupling of information with substance to yield an observable outcome space that we 'see' as our universe/reality. What follows are scientific and philosophical considerations such as quantum weirdness, time, distinguishability, free choice, consciousness and more.

About this collection This Collection is the work of more than 50 scientists and Young Reviewers from all around the globe. Our role as editors, together with the authors, was to share our love of soil biodiversity with you. In this Collection, you will discover that soils are full of life. We will introduce some of the methods and techniques used by scientists to observe the life below our feet. We will show you that belowground life is essential to have healthy soils and, therefore, for us. However, you will soon realize that belowground life is changing and under multiple threats. The authors will give ideas on how we can protect soil biodiversity and invite you to actively help us in studying and protecting this valuable ecosystem. We have divided this article Collection into four sections, each of which is introduced below. To make our articles accessible to as many of you as possible, we have created a website hosting translations to languages other than English. Soils are alive Soils are not just rock and dust but are astonishing living systems that are full of life! In this first section, you will read about little creatures that you might already know, like earthworms. You will also discover many new creatures, like springtails and mites, that live close to you in your garden, in the parks, or in nearby fields. Our authors will even show you an entire world of tiny creatures not visible by the naked eye: tiny bacteria, fungi, and protists. Soil biodiversity is about the diversity of these organisms. But how many different organisms are there? How different are they from each other? To answer these questions, scientists need tools and methods to observe and understand the biodiversity under our feet. How can we observe this beautiful world under our feet? In the articles in this section, the authors describe the tools and methods they use to observe and understand soil biodiversity. It is not easy to see the creatures in the soil and what they are doing under our feet; therefore, soils are often called the "black box". Some scientists are using the body fat of soil creatures to identify them and monitor what they feed on; others use DNA to identify soil organisms, like forensic investigators in the movies. In addition, our authors will explain how soil organisms are "talking" to each other and how we study these interactions. What are scientists learning from studying these soil creatures? Is soil biodiversity important to us? Why is soil biodiversity so essential to us? In this section, the authors illustrate that soil biodiversity maintains processes essential for our well-being. For example, you will learn that soil bacteria can keep your food safe by protecting it from diseases. We will highlight that soil biodiversity is essential for nature to work. For example, the authors will demonstrate that soil organisms are vital for recycling dead matter and releasing the nutrients in it. In addition, you will see how soil organisms are directly affecting greenhouse gas emissions such as carbon dioxide and methane by controlling soil processes. Controlling these emissions is critical for keeping our climate stable. Soil organisms are alive, moving, and interacting, but are all these organisms and their important functions changing with time? Are these communities of soil organisms set in stone? Soil communities are changing You probably know that a lot of trees, flowers, and animals can change over the year with the seasons; flowers and fruits appear in spring and summer, leaves drop from the trees in fall. Soil animals are also changing with the seasons. And, like us, soil organisms can move to new places or disappear from others, either permanently or temporarily. These changes can be natural but can also be the result of human activities. Our authors will show you that agricultural practices and the effects of climate change (such as reduced rainfall) are affecting soil organisms, their functions, and the services they provide to us. As we saw previously, soil biodiversity is essential for us, so any changes could be disastrous. So can we protect the organisms in the soil in the same way we protect other organisms such as tigers and pandas? Protecting soil biodiversity In the final section of this Collection, our authors will show you how to protect soil biodiversity. We can reduce our impacts and conserve this wonderful belowground life. But we can even go a step further and restore lost soil functions using our knowledge of soil biodiversity; for example by using fungi to restore soils. However, this is only possible if we understand soil biodiversity and its function. This is where you can help, for example by participating in a citizen science project and going outside to help researchers. Conclusion This Collection is about illuminating the "black box" of soil and showing you some of the fantastic creatures living under our feet. You will learn how scientists are studying soil biodiversity and how this soil biodiversity is essential for us. However, you will also see that soil biodiversity is under threat and needs to be protected. Many people across the globe will be needed to effectively protect these vital systems below our feet. That’s why it is important to spread the word about the beauty and fragility of belowground life. We hope that this Collection will make you a champion of soil biodiversity and that you will pass on this message so that everyone will become more aware of, and be better able to protect soil biodiversity. Now it is your turn to explore and engage with the content of this Collection. We hope there will be something for all of you!

For all that science knows about the living world, notes David P. Barash, there are even more things that we don't know, genuine evolutionary mysteries that perplex the best minds in biology. Paradoxically, many of these mysteries are very close to home, involving some of the most personal aspects of being human. Homo Mysterious examines a number of these evolutionary mysteries, exploring things that we don't yet know about ourselves, laying out the best current hypotheses, and pointing toward insights that scientists are just beginning to glimpse. Why do women experience orgasm? Why do men have a shorter lifespan than women? Why does homosexuality exist? Why does religion exist in virtually every culture? Why do we have a fondness for the arts? Why do we have such large brains? And why does consciousness exist? Readers are plunged into an ocean of unknowns--the blank spots on the human evolutionary map, the terra incognita of our own species--and are introduced to the major hypotheses that currently occupy scientists who are attempting to unravel each puzzle (including some solutions proposed here for the first time). Throughout the book, readers are invited to share the thrill of science at its cutting edge, a place where we know what we don't know, and, moreover, where we know enough to come up with some compelling and seductive explanations. Homo Mysterious is a guide to creative thought and future explorations, based on the best, most current thinking by evolutionary scientists. It captures the allure of the "not-yet-known" for those interested in stretching their scientific imaginations.

Genetics seems more popular then ever. DNA technology not only sustains large areas of biomedicine and business, but also prevails in social and legal practices and takes root in cultural products. Since the late 1950s, the public image of genetics metamorphosed from a suspect branch of research into a thriving, well-funded field of biomedicine. Images and imaginations have played a crucial role in the popularization of genetic knowledge. The media played up images of engineered bugs, scientists promoted images of selfish genes and science fiction writers infested the imagination with stories of cloned monsters. Imag e nation examines the role of science, journalism and fiction in the popularization of genetics.

4e de couv.: Beginning around 1903, a variety of producers began making films about scientific topics for general audiences, inspired by a vision of cinema as an educational medium. Excavating this largely unknown genre of early cinema, Devices of curiosity traces its development from its beginnings in England to its flourishing in France around 1910. Oliver Gaycken investigates how such films both relied upon previous traditions and created novel visual paradigms that led to the creation of ambitious new film collections. Gaycken also discerns a transit between nonfictional and fictional modes, seeing affinities between popular-science films and certain aspects of fiction films, particularly Louis Feuillade's crime melodramas. Drawing on the insights of the history of science as well as the history of cinema, Devices of curiosity reveals the extent to which popular-science films impacted the formation of documentary, educational, and avant-garde cinemas.

"And, behold, I, even I, do bring a flood of waters upon the earth, to destroy all flesh, wherein is the breath of life, from under heaven; and every thing that is in the earth shall die." The biblical story of the flood crystalizes--in its terrifying, dramatic simplicity--the universally recognized concept of divine punishment. For millennia human civilizations have relied on such beliefs to create moral order. People who commit crimes or other bad deeds, we are told, will suffer retribution, while rewards--abstract or material--await those who do good. This simple but powerful idea has long served to deter self-interest and achieve remarkable levels of cooperation. Indeed, as all societies seem to have found, these beliefs are so good at promoting cooperation that they may have been favored by natural selection. Today, while secularism and unbelief are at an all-time high, the willingness to believe in some kind of payback or karma remains nearly universal. Even atheists often feel they are being monitored and judged. We find ourselves imagining what our parents, spouse, or boss would think of our thoughts and actions, even if they are miles away and will never find out. We talk of eyes burning into the backs of our heads, the walls listening, a sense that someone or something is out there, observing our every move, aware of our thoughts and intentions. God Is Watching You is an exploration of this belief as it has developed over time and how it has shaped the course of human evolution. Dominic Johnson explores such questions as: Was a belief in supernatural consequences instrumental in the origins of human societies? How has it affected the way human society has changed, how we live today, and how we will live in the future? Does it expand or limit the potential for local, regional and global cooperation? How will the current decline in religious belief (at least in many western countries) affect our ability to live together? And what, if anything, will temper self-interest and promote cooperation if religion declines? In short, do we still need God? Drawing on new research from anthropology, evolutionary biology, experimental psychology, and neuroscience, Johnson presents a new theory of supernatural punishment that offers fresh insight into the origins and evolution of not only religion, but also human cooperation and society. He shows that belief in supernatural reward and punishment is no quirk of western or Christian culture, but a ubiquitous part of human nature that spans geographical regions, cultures, and human history.

As an integral component of environmental policy, it has become essential to regulate and monitor toxic substances. Past emphasis has been primarily on analytical approaches to the detection of specific, targeted contaminants, thus allowing chemical characterisation. However, toxicity testing or biological assessment is necessary for ecotoxicological evaluation, and this offers marked benefits and advantages that complement chemical analysis. Key issues to be addressed include identification of pertinent tests, reproducibility and robustness of these tests, and cost considerations.This book examines these issues and describes and explains the approaches that have been developed for environmental toxicity evaluations. Advantages, benefits and drawbacks of the strategies and methods are highlighted. Directed equally at ecotoxicologists, industrial chemists, analytical chemists and environmental consultants, this book is written in a way that will prove helpful to both new and experienced practitioners.

Directories for almost everything.

Exploring the science in George R. R. Martin’s fantastical world, from the physics of an ice wall to the genetics of the Targaryens and Lannisters Game of Thrones is a fantasy that features a lot of made-up science—fabricated climatology (when is winter coming?), astronomy, metallurgy, chemistry, and biology. Most fans of George R. R. Martin’s fantastical world accept it all as part of the magic. A trained scientist, watching the fake science in Game of Thrones, might think, “But how would it work?” In Fire, Ice, and Physics, Rebecca Thompson turns a scientist’s eye on Game of Thrones, exploring, among other things, the science of an ice wall, the genetics of the Targaryen and Lannister families, and the biology of beheading. Thompson, a PhD in physics and an enthusiastic Game of Thrones fan, uses the fantasy science of the show as a gateway to some interesting real science, introducing GOT fandom to a new dimension of appreciation. Thompson starts at the beginning, with winter, explaining seasons and the very elliptical orbit of the Earth that might cause winter to come (or not come). She tells us that ice can behave like ketchup, compares regular steel to Valyrian steel, explains that dragons are “bats, but with fire,” and considers Targaryen inbreeding. Finally she offers scientific explanations of the various types of fatal justice meted out, including beheading, hanging, poisoning (reporting that the effects of “the Strangler,” administered to Joffrey at the Purple Wedding, resemble the effects of strychnine), skull crushing, and burning at the stake. Even the most faithful Game of Thrones fans will learn new and interesting things about the show from Thompson’s entertaining and engaging account. Fire, Ice, and Physics is an essential companion for all future bingeing.

DIV In this sweeping book, applied mathematician and popular author David Orrell questions the promises and pitfalls of associating beauty with truth, showing how ideas of mathematical elegance have inspired—and have sometimes misled—scientists attempting to understand nature. Orrell shows how the ancient Greeks constructed a concept of the world based on musical harmony; later thinkers replaced this model with a program, based on Newton’s “rational mechanics,” to reduce the universe to a few simple equations. He then turns to current physical theories, such as supersymmetric string theory—again influenced by deep aesthetic principles. The book sheds new light on historical investigations and also recent research, including the examinations ongoing at the Large Hadron Collider. Finally, broadening his discussion to other fields of research, including economics, architecture, and health, Orrell questions whether these aesthetic principles reflect an accurate way to explain and understand the structure of our world. /div

'This book is an important contribution, and I hope it will open many minds. What is particularly important in it are the discussions of David Bohm, of bioplasma, biophotons, and bioelectronics.' - PROFESSOR ZBIGNIEW WOLKOWSKI, Sorbonne University, Paris "Answers so many questions, scientific and esoteric, about the true nature of our reality... A seminal work... Will revolutionise how we frame reality and the thinking of everyone on this planet. Kudos to Professor Temple for striking the first match to light the fire." - NEW DAWN The story of the science of plasma and its revolutionary implications for the way we understand the universe and our place in it. Histories of science in the 20th century have focused on relativity and quantum mechanics. But, quietly in the background, there has been a third area of exploration which has equally important implications for our understanding of the universe. It is unknown to the general public despite the fact that many Nobel prize winners, senior academics and major research centres around the world have been devoted to it - it is the study of plasma Plasma is the fourth state of matter and the other three - gas, liquid and solids - emerge out of plasma. This book will reveal how over 99% of the universe is made of plasma and how there are two gigantic clouds of plasma, called the Kordylewski Clouds, hovering between the Earth and the Moon, only recently discovered by astronomers in Hungary. Other revelations not previously known outside narrow academic disciplines include the evidence that in certain circumstances plasma exhibits features that suggest they may be in some sense alive: clouds of plasma have evolved double helixes, banks of cells and crystals, filaments and junctions which could control the flow of electric currents, thus generating an intelligence similar to machine intelligence. We may, in fact, have been looking for signs of extra-terrestrial life in the wrong place. Bestselling author Robert Temple has been following the study of plasma for decades and was personally acquainted with several of the senior scientists - including Nobel laureates - at its forefront, including Paul Dirac, David Bohm, Peter Mitchell and Chandra Wickramasinghe (who has co-written an academic paper with Temple).

Here is Dr. Wernher von Braun’s incredible story – from his early years in Germany, where he gave birth to modern rocketry, to his arrival in the United States and his launching of the first American satellite, the first man on the moon and other stunning space exploration feats. “Every page of Wernher von Braun’s life is a monument to the drama of adventure. Few people have been fighting so hard and, indeed, very few have been subject to so much criticism, so much jealousy, so much defeat—yet, very few have lived to be honored and to harvest the fruits of so many wonderful victories as has this man.” Author Erik Bergaust has had the advantage of knowing von Braun as a friend, hunting and fishing companion, space business associate—and biographer—for more than twenty-five years. Thus, he has been able to present a dramatic portrait of an important personality and a 20th century hero.

What’s the point of calculating definite integrals since you can’t possibly do them all? What makes doing the specific integrals in this book of value aren’t the specific answers we’ll obtain, but rather the methods we’ll use in obtaining those answers; methods you can use for evaluating the integrals you will encounter in the future. This book, now in its second edition, is written in a light-hearted manner for students who have completed the first year of college or high school AP calculus and have just a bit of exposure to the concept of a differential equation. Every result is fully derived. If you are fascinated by definite integrals, then this is a book for you. New material in the second edition includes 25 new challenge problems and solutions, 25 new worked examples, simplified derivations, and additional historical discussion.

This collection of contemporary examples of chemistry in action highlights the fundamental role of chemical principles in governing everyday experiences. It is presented in a question-and-answer format of topical subjects.

The idea of the earth as a vessel in space came of age in an era shaped by space travel and the Cold War. Höhler’s study brings together technology, science and ecology to explore the way this latter-day ark was invoked by politicians, environmentalists, cultural historians, writers of science fiction and many others across three decades.

This book gives a comprehensive treatment on the historical discoveries and scientific developments concerning the Universe at the atomic and subatomic levels. Discussions begin with classical discoveries on the behavior of the atom to Quantum Mechanics and ends with exciting modern discoveries that are leading us to unlocking the hidden mysteries of reality. “Quantum mechanics describes the behavior of very small objects – the size of atoms or smaller – and it provides the only understanding of the world of the very small. In the world of quantum mechanics, the laws of physics that are familiar from the everyday world no longer work. Instead, events are governed by probabilities. During the time of Newton, it was thought that the Universe ran like clockwork, wound up and set in motion by the Creator, down some utterly predictable path. Newton’s classical mechanics provided plenty of support for this deterministic view of the Universe, a picture that left little place for human free will or chance. Could it really be that we are all puppets following our own preset tracks through life, with no real choice at all? Most scientists were content to let the philosophers debate that question. But it returned, with full force, at the heart of the new physics of the twentieth century.” In Search Of Schrodinger’s Cat – John Gribbin In addition, the various interpretations of quantum phenomena has led scientists and philosophers to a real possibility of finding a connection between matter and consciousness. This book contains no advanced scientific concepts, and no complicated formulas are written down for analysis. However, it does present some simple mathematical related examples in the final chapter. This is presented in order to reinforce the important ideas in QM and maintain a clear understanding of its fundamentals. It is not assumed that the reader has an understanding of Quantum Physics. Therefore the text provides the reader with enough historical and scientific information to insure his or her confidence in understanding the properties and behavior of quantum particle/wave elements.

The emergence of the hominids, more than five million years ago, marked the start of the human odyssey through space and time. This book deals with the last stage of this fascinating journey: the exploration of cyberspace and cybertime. Through the rapid global implementation of information and communication technologies, a new realm for human experience and imagination has been disclosed. Reversely, these postgeographical and posthistorical technologies have started to colonize our bodies and minds. Taking Homer’s Odyssey and Kubrick’s 2001: A Space Odyssey as his starting point, the author investigates the ‘informatization of the worldview’, focusing on its implications for our culture–arts, religion, and science–and, ultimately, our form of life. Moving across a wide range of disciplines, varying from philosophical anthropology and palaeontology to information theory, and from astrophysics to literary, film and new media studies, the author discusses our ‘cyberspace odyssey’ from a reflective position beyond euphoria and nostalgia. His analysis is as profound as nuanced and deals with issues that will be high on the agenda for many decades to come. In 2003 a Dutch Edition of Cyberspace Odyssey received the Socrates Prize for the best philosophy book published in Dutch.

This guide reveals how writers can utilize cognitive storytelling strategies to craft stories that ignite readers’ brains and captivate them through each plot element. Imagine knowing what the brain craves from every tale it encounters, what fuels the success of any great story, and what keeps readers transfixed. Wired for Story reveals these cognitive secrets—and it’s a game-changer for anyone who has ever set pen to paper. The vast majority of writing advice focuses on “writing well” as if it were the same as telling a great story. This is exactly where many aspiring writers fail—they strive for beautiful metaphors, authentic dialogue, and interesting characters, losing sight of the one thing that every engaging story must do: ignite the brain’s hardwired desire to learn what happens next. When writers tap into the evolutionary purpose of story and electrify our curiosity, it triggers a delicious dopamine rush that tells us to pay attention. Without it, even the most perfect prose won’t hold anyone’s interest. Backed by recent breakthroughs in neuroscience as well as examples from novels, screenplays, and short stories, Wired for Story offers a revolutionary look at story as the brain experiences it. Each chapter zeroes in on an aspect of the brain, its corresponding revelation about story, and the way to apply it to your storytelling right now.

The universe is a mathematical hologram. It’s made of ontological mathematics. It’s a living, thinking, self-optimising holographic organism composed of immortal, indestructible, ontological mathematical units called monads, defined by the most powerful and beautiful equation in the whole of mathematics: Euler’s Formula. Monads have a much more resonant name: souls. We all inhabit Soul World, a wondrous immaterial Singularity outside space and time. Our souls are individual mathematical singularities: autonomous, uncaused, uncreated, dimensionless frequency domains. Via Fourier mathematics, these imperishable, immaterial monadic souls can collectively create the spacetime domain of the material world. Where each soul is a single frequency domain, the material world of space and time is their collective Fourier output. What is “matter”? It’s simply dimensional energy: energy existing in the Fourier spacetime domain rather than in the Fourier dimensionless frequency domain. Welcome to Soul World.