Leonard Mlodinow takes us on a passionate and inspiring tour through the exciting history of human progress and the key events in the development of science. In the process, he presents a fascinating new look at the unique characteristics of our species and our society that helped propel us from stone tools to written language and through the birth of chemistry, biology, and modern physics to today’s technological world.   Along the way he explores the cultural conditions that influenced scientific thought through the ages and the colorful personalities of some of the great philosophers, scientists, and thinkers: Galileo, who preferred painting and poetry to medicine and dropped out of university; Isaac Newton, who stuck needlelike bodkins into his eyes to better understand changes in light and color; and Antoine Lavoisier, who drank nothing but milk for two weeks to examine its effects on his body. Charles Darwin, Albert Einstein, Werner Heisenberg, and many lesser-known but equally brilliant minds also populate these pages, each of their stories showing how much of human achievement can be attributed to the stubborn pursuit of simple questions (why? how?), bravely asked.  The Upright Thinkers is a book for science lovers and for anyone interested in creative thinking and in our ongoing quest to understand our world. At once deeply informed, accessible, and infused with the author’s trademark wit, this insightful work is a stunning tribute to humanity’s intellectual curiosity.  (With black-and-white illustrations throughout.)

    The fantastic journey began in 1977, before the first episode of Cosmos aired. The mission was planned as a grand tour beyond the moon; beyond Mars, Jupiter, and Saturn; and maybe even into interstellar space. The fact that it actually happened makes this humanity's greatest space mission.In The Interstellar Age, award-winning planetary scientist Jim Bell reveals what drove and continues to drive the members of this extraordinary team, including Ed Stone, Voyager's chief scientist and the one-time head of NASA's Jet Propulsion Lab; Charley Kohlhase, an orbital dynamics engineer who helped to design many of the critical slingshot maneuvers around planets that enabled the Voyagers to travel so far; and the geologist whose Earth-bound experience would prove of little help in interpreting the strange new landscapes revealed in the Voyagers' astoundingly clear images of moons and planets.Speeding through space at a mind-bending eleven miles a second, Voyager 1 is now beyond our solar system's planets. It carries with it artifacts of human civilization. By the time Voyager passes its first star in about 40,000 years, the gold record on the spacecraft, containing various music and images including Chuck Berry's "Johnny B. Goode," will still be playable.

    November 2015 is the 100th anniversary of Einstein’s discovery of the General Theory of Relativity.Levenson, head of MIT’s Science Writing Program, tells the captivating, unusual, and nearly-forgotten backstory behind Einstein’s invention of the Theory of Relativity, which completely changed the course of science forever. For over 50 years before Einstein developed his theory, the world’s top astronomers spent countless hours and energy searching for a planet, which came to be named Vulcan, that had to exist, it was thought, given Isaac Newton’s theories of gravity. Indeed, in the two centuries since Newton’s death, his theory had essentially become accepted as fact. It took Einstein’s genius to realize the mystery of the missing planet wasn’t a problem of measurements or math but of Newton’s theory of gravity itself. Einstein’s Theory of Relativity proved that Vulcan did not and could not exist, and that the decades-long search for it had merely been a quirk of operating under the wrong set of assumptions about the universe. Thomas Levenson tells this unique story, one of the strangest episodes in the history of science, with elegant simplicity, fast-paced drama, and lively characters sure to capture the attention of a wide group of readers.

    But among the talented men (and later women) who worked in mission control, the room located on the third floor of Building 30—at what is now Johnson Space Center—would become known by many as “The Cathedral.” These members of the space program were the brightest of their generations, making split-second decisions that determined the success or failure of a mission. The flight controllers, each supported by a staff of specialists, were the most visible part of the operation, running the missions, talking to the heavens, troubleshooting issues on board, and, ultimately, attempting to bring everyone safely back home. None of NASA’s storied accomplishments would have been possible without these people. Interviews with dozens of individuals who worked in the historic third-floor mission control room bring the compelling stories to life. Go, Flight! is a real-world reminder of where we have been and where we could go again given the right political and social climate.

    Surely two such divergent views of the universe have always been in fierce opposition? Actually, that’s not the case, says Peter Harrison: our very concepts of science and religion are relatively recent, emerging only in the past three hundred years, and it is those very categories, rather than their underlying concepts, that constrain our understanding of how the formal study of nature relates to the religious life. In The Territories of Science and Religion, Harrison dismantles what we think we know about the two categories, then puts it all back together again in a provocative, productive new way. By tracing the history of these concepts for the first time in parallel, he illuminates alternative boundaries and little-known relations between them—thereby making it possible for us to learn from their true history, and see other possible ways that scientific study and the religious life might relate to, influence, and mutually enrich each other. A tour de force by a distinguished scholar working at the height of his powers, The Territories of Science and Religion promises to forever alter the way we think about these fundamental pillars of human life and experience.

    Composed of such luminaries as Kurt Gödel and Rudolf Carnap, and stimulated by the works of Ludwig Wittgenstein and Karl Popper, the Vienna Circle left an indelible mark on science.Exact Thinking in Demented Times tells the often outrageous, sometimes tragic, and never boring stories of the men who transformed scientific thought. A revealing work of history, this landmark book pays tribute to those who dared to reinvent knowledge from the ground up.

    The weirdly alien notion of a space-time abyss from which nothing escapes—not even light—seemed to confound all logic. This engrossing book tells the story of the fierce black hole debates and the contributions of Einstein and Hawking and other leading thinkers who completely altered our view of the universe. Renowned science writer Marcia Bartusiak shows how the black hole helped revive Einstein’s greatest achievement, the general theory of relativity, after decades during which it had been pushed into the shadows. Not until astronomers discovered such surprising new phenomena as neutron stars and black holes did the once-sedate universe transform into an Einsteinian cosmos, filled with sources of titanic energy that can be understood only in the light of relativity. This book celebrates the hundredth anniversary of general relativity, uncovers how the black hole really got its name, and recounts the scientists’ frustrating, exhilarating, and at times humorous battles over the acceptance of one of history’s most dazzling ideas.

    The general theory of relativity describes the behavior of very large things, and quantum theory the behavior of very small things. In this landmark book, John Gribbin—one of the best-known science writers of the past thirty years—presents his own version of the Holy Grail of physics, the search that has been going on for decades to find a unified “Theory of Everything” that combines these ideas into one mathematical package, a single equation that could be printed on a T-shirt, containing the answer to life, the Universe, and everything. With his inimitable mixture of science, history, and biography, Gribbin shows how—despite skepticism among many physicists—these two great theories are very compatible, and point to a deep truth about the nature of our existence. The answer lies, intriguingly, with the age of the universe: 13.8 billion years.

    Spanning ten historic years, from the discovery of nuclear fission in 1939 to ‘Joe-1’, the first Soviet atomic bomb test in August 1949, Atomic is the first fully realised popular account of the race between Nazi Germany, Britain, America and the Soviet Union to build atomic weapons.Drawing on declassified material such as MI6's Farm Hall transcripts, coded Soviet messages cracked by American cryptographers in the Venona project, and interpretations by Russian scholars of documents from the Soviet archives, Atomic presents a brilliant new account of the race to build humankind's most destructive weapon.Rich in personality, action, confrontation and deception, Jim Baggott’s book tells an epic story of science and technology at the very limits of human understanding.

    Its journey starts when ice forms around a nucleus of dust and is blown by the winds through clouds where the crystals blossom into tiny ice stars. Because it weighs next to nothing, a snow crystal may take hours to fall--finally landing where Caltech physicist Kenneth Libbrecht can use microphotography to record the tiny, intricate, frozen artistry of the snowflake. In The Snowflake: Winter's Frozen Artistry, Libbrecht teams with author Rachel Wing to create the most fascinating book on snowflakes ever published. This book defines the art and science of snowflakes for generations.Join Libbrecht and Wing as they charmingly chronicle the creation of snow crystals, both in nature and in the laboratory. The Snowflake: Winter's Frozen Artistry touches the hand of Mother Nature, showing incredible microphotography of individual snow crystals from all over the world. The book tells the history of snowflake observations mixed with an entertaining blend of tales of hunting snowflakes, snowflakes in literature and art, and the science of snowflakes, to bring a flurry of delightful snowflakes into the hands of warm-bodied humans everywhere. With this captivating book, we can better appreciate snowflakes, winter's frozen artistry.

    But Planck's story is not well known, especially in the United States. A German physicist working during the firsthalf of the twentieth century, his library, personal journals, notebooks, and letters were all destroyed with his home in World War II. What remains, other than his contributions to science, are handwritten letters in German shorthand, and tributes from other scientists of the time.In Planck: Driven by Vision, Broken by War, Brandon R. Brown interweaves the voices and writings of Planck, his family, and his contemporaries--with many passages appearing in English for the first time--to create a portrait of a groundbreaking physicist working in the midst of war. Planck spentmuch of his adult life grappling with the identity crisis of being an influential German with ideas that ran counter to his government. During the later part of his life, he survived bombings and battlefields, surgeries and blood transfusions, all the while performing his influential work amidst aviolent and crumbling Nazi bureaucracy. When his son was accused of treason, Planck tried to use his standing as a German national treasure, and wrote directly to Hitler to spare his son's life. Brown tells the story of Planck's friendship with the far more outspoken Albert Einstein, and shows howhis work fits within the explosion of technology and science that occurred during his life.This story of a brilliant man living in a dangerous time gives Max Planck his rightful place in the history of science, and it shows how war-torn Germany deeply impacted his life and work.

    When we picture him, he's on horseback or standing at a cliff’s edge or dressed for safari. And Roosevelt was more than just an adventurer—he was also a naturalist and campaigner for conservation. His love of the outdoor world began at an early age and was driven by a need not to simply observe nature but to be actively involved in the outdoors—to be in the field. As Michael R. Canfield reveals in Theodore Roosevelt in the Field, throughout his life Roosevelt consistently took to the field as a naturalist, hunter, writer, soldier, and conservationist, and it is in the field where his passion for science and nature, his belief in the manly, “strenuous life,” and his drive for empire all came together.   Drawing extensively on Roosevelt’s field notebooks, diaries, and letters, Canfield takes readers into the field on adventures alongside him.  From Roosevelt’s early childhood observations of ants to his notes on ornithology as a teenager, Canfield shows how Roosevelt’s quest for knowledge coincided with his interest in the outdoors. We later travel to the Badlands, after the deaths of Roosevelt’s wife and mother, to understand his embrace of the rugged freedom of the ranch lifestyle and the Western wilderness. Finally, Canfield takes us to Africa and South America as we consider Roosevelt’s travels and writings after his presidency. Throughout, we see how the seemingly contradictory aspects of Roosevelt’s biography as a hunter and a naturalist are actually complementary traits of a man eager to directly understand and experience the environment around him.      As our connection to the natural world seems to be more tenuous, Theodore Roosevelt in the Field offers the chance to reinvigorate our enjoyment of nature alongside one of history’s most bold and restlessly curious figures.

    After completing his doctoral studies in astronomy at the University of Berlin, Wegener found himself drawn not to observatory science but to rugged fieldwork, which allowed him to cross into a variety of disciplines. The author of the theory of continental drift--the direct ancestor of the modern theory of plate tectonics and one of the key scientific concepts of the past century--Wegener also made major contributions to geology, geophysics, astronomy, geodesy, atmospheric physics, meteorology, and glaciology. Remarkably, he completed this pathbreaking work while grappling variously with financial difficulty, war, economic depression, scientific isolation, illness, and injury. He ultimately died of overexertion on a journey to probe the Greenland icecap and calculate its rate of drift.This landmark biography--the only complete account of the scientist's fascinating life and work--is the culmination of more than twenty years of intensive research. In "Alfred Wegener," Mott T. Greene places Wegener's upbringing and theoretical advances in earth science in the context of his brilliantly eclectic career, bringing Wegener to life by analyzing his published scientific work, delving into all of his surviving letters and journals, and tracing both his passionate commitment to science and his thrilling experiences as a polar explorer, a military officer during World War I, and a world-record-setting balloonist.In the course of writing this book, Greene traveled to every place that Alfred Wegener lived and worked--to Berlin, rural Brandenburg, Marburg, Hamburg, and Heidelberg in Germany; to Innsbruck and Graz in Austria; and onto the Greenland icecap. He also pored over archives in Copenhagen, Munich, Marburg, Graz, and Bremerhaven, where the majority of Wegener's surviving papers are found.Written with great immediacy and descriptive power, "Alfred Wegener" is a powerful portrait of the scientist who pioneered the modern notion of unified Earth science. The book should be of interest not only to earth scientists, students of polar travel and exploration, and historians but to all readers who are fascinated by the great minds of science.

    The Story of Western Science shows us the joy and importance of reading groundbreaking science writing for ourselves and guides us back to the masterpieces that have changed the way we think about our world, our cosmos, and ourselves.Able to be referenced individually, or read together as the narrative of Western scientific development, the book's twenty-eight succinct chapters lead readers from the first science texts by Hippocrates, Plato, and Aristotle through twentieth-century classics in biology, physics, and cosmology. The Story of Western Science illuminates everything from mankind's earliest inquiries to the butterfly effect, from the birth of the scientific method to the rise of earth science and the flowering of modern biology.Each chapter recommends one or more classic books and provides entertaining accounts of crucial contributions to science, vivid sketches of the scientist-writers, and clear explanations of the mechanics underlying each concept. The Story of Western Science reveals science to be a dramatic undertaking practiced by some of history's most memorable characters. It reminds us that scientific inquiry is a human pursuit—an essential, often deeply personal, sometimes flawed, frequently brilliant way of understanding the world.In the tradition of her perennial bestseller The-Well Educated Mind, Susan Wise Bauer delivers an accessible, entertaining, and illuminating springboard into the scientific education you never had.

    No matter which languages you know, if you want your work seen, studied, and cited, you need to publish in English. But that hasn’t always been the case. Though there was a time when Latin dominated the field, for centuries science has been a polyglot enterprise, conducted in a number of languages whose importance waxed and waned over time—until the rise of English in the twentieth century.   So how did we get from there to here? How did French, German, Latin, Russian, and even Esperanto give way to English? And what can we reconstruct of the experience of doing science in the polyglot past? With Scientific Babel, Michael D. Gordin resurrects that lost world, in part through an ingenious mechanism: the pages of his highly readable narrative account teem with footnotes—not offering background information, but presenting quoted material in its original language. The result is stunning: as we read about the rise and fall of languages, driven by politics, war, economics, and institutions, we actually see it happen in the ever-changing web of multilingual examples. The history of science, and of English as its dominant language, comes to life, and brings with it a new understanding not only of the frictions generated by a scientific community that spoke in many often mutually unintelligible voices, but also of the possibilities of the polyglot, and the losses that the dominance of English entails.   Few historians of science write as well as Gordin, and Scientific Babel reveals his incredible command of the literature, language, and intellectual essence of science past and present. No reader who takes this linguistic journey with him will be disappointed.

    Structured chronologically, the book will begin with Sir Isaac Newton in 1642 and proceed through Paul Dirac in 1902.

    Measuring Manhood shows where they got their start.Melissa N. Stein analyzes how race became the purview of science in nineteenth- and early twentieth-century America and how it was constructed as a biological phenomenon with far-reaching social, cultural, and political resonances. She tells of scientific “experts” who advised the nation on its most pressing issues and exposes their use of gender and sex differences to conceptualize or buttress their claims about racial difference. Stein examines the works of scientists and scholars from medicine, biology, ethnology, and other fields to trace how their conclusions about human difference did no less than to legitimize sociopolitical hierarchy in the United States.Covering a wide range of historical actors from Samuel Morton, the infamous collector and measurer of skulls in the 1830s, to NAACP leader and antilynching activist Walter White in the 1930s, this book reveals the role of gender, sex, and sexuality in the scientific making?and unmaking?of race.

    Once deciphered, steel began to flow from hearths in increasing amounts for the building of railroads, steel ships, skyscrapers, and bridges, in the process raising to world economic dominance Great Britain, Germany, the United States, Japan, and the Soviet Union. The world's current largest producer is China.While researching this book, author Brooke C. Stoddard descended into Mesabi Iron Range open-pit iron mines, rode with 58,000 tons of iron ore on a 1,000-foot ore boat from Duluth to Cleveland, climbed to the top of the hemisphere's largest blast furnace, interviewed men as they toiled next to their furnaces of liquid steel, and walked the immense rolling mills where steel is pressed into finished products.Along the way, he wrote a narrative of iron and steel from pre-history through the Industrial Revolution and into the present age.Steel is the sinew of modern civilization.

    Or did it? In The Knowledge of Nature and the Nature of Knowledge in Early Modern Japan, Federico Marcon recounts how Japanese scholars developed a sophisticated discipline of natural history analogous to Europe’s but created independently, without direct influence, and argues convincingly that Japanese natural history succumbed to Western science not because of suppression and substitution, as scholars traditionally have contended, but by adaptation and transformation.             The first book-length English-language study devoted to the important field of honzogaku, The Knowledge of Nature and the Nature of Knowledge in Early Modern Japan will be an essential text for historians of Japanese and East Asian science, and a fascinating read for anyone interested in the development of science in the early modern era.

    Machines have become larger, ambitions bolder. The first particle accelerator cost less than one hundred dollars and could be held in its creator's palm, while its descendant, the Large Hadron Collider, cost ten billion dollars and is seventeen miles in circumference. Scientists have invented nuclear weapons, put a man on the moon, and examined nature at the subatomic scale all through Big Science, the industrial-scale research paid for by governments and corporations that have driven the great scientific projects of our time.The birth of Big Science can be traced to Berkeley, California, nearly nine decades ago, when a resourceful young scientist with a talent for physics and an even greater talent for promotion pondered his new invention and declared, "I'm going to be famous!" Ernest Orlando Lawrence's cyclotron would revolutionize nuclear physics, but that was only the beginning of its impact. It would change our understanding of the basic building blocks of nature. It would help win World War II. Its influence would be felt in academia and international politics. It was the beginning of Big Science.This is the incredible story of how one invention changed the world and of the man principally responsible for it all. Michael Hiltzik tells the riveting full story here for the first time.

    Well-researched and well-written, the book does an excellent job of showing the wider cultural significance of automata within medieval history and the history of science."—Pamela O. Long, author of Openness, Secrecy, Authorship: Technical Arts and the Culture of Knowledge from Antiquity to the Renaissance.A thousand years before Isaac Asimov set down his Three Laws of Robotics, real and imagined automata appeared throughout European courts, liturgies, and literary texts. Medieval robots took such forms as talking statues, mechanical animals, or silent metal guardians; some served to entertain or instruct while others performed disciplinary or surveillance functions. Variously ascribed to artisanal genius, inexplicable cosmic forces, or demonic powers, these marvelous fabrications raised fundamental questions about knowledge, nature, and divine purpose in the Middle Ages.Medieval Robots recovers the forgotten history of fantastical, aspirational, and terrifying machines that especially captivated Europe in imagination and reality between the ninth and fourteenth centuries. E. R. Truitt traces the different forms of self-moving or self-sustaining manufactured objects from their earliest appearances in the Latin West through centuries of mechanical and literary invention. Chronicled in romances and song as well as histories and encyclopedias, medieval automata were powerful cultural objects that probed the limits of natural philosophy, illuminated and challenged definitions of life and death, and epitomized the transformative and threatening potential of foreign knowledge and culture. This original and wide-ranging study reveals the convergence of science, technology, and imagination in medieval culture, and demonstrates the striking similarities between medieval and modern robotic and cybernetic visions.E. R. Truitt teaches history at Bryn Mawr College.

    Numerous biographies that have dealt with Einstein have contributed little to a deeper understanding of Mileva Marić and her role in Albert Einstein’s life. This is the first in-depth study of Mileva Marić Einstein and her complex life-long relationship with Einstein. It attempts to explain why she failed to realize her potential in her own right. It offers new insights into Einstein’s private life and character, and brings to light Mileva’s role in Einstein’s personal and scientific development. This book is based on the correspondence between Mileva Marić and Albert Einstein. While Mileva Marić preserved most of Einstein’s letters to her, most of her letters to him have been lost or destroyed, along with evidence of her contributions to Einstein’s scientific achievements. Those letters that have survived resonate with a compelling voice. Consequently, the author has chosen to let Mileva Marić and Albert Einstein tell the story of their lives together in their own words as much as possible. It reveals a detailed dramatic picture of Einstein and Mileva, until now unknown to the world.Mileva Marić was the only woman to enter the Section of Mathematics and Physics at the elite Polytechnic in Zurich in 1896. She was a person of extraordinary intelligence and talent. However, when Mileva met Albert Einstein that year, her fate became bound to his life and ambition. Raised in a patriarchal Serbian family, she was willing to sacrifice her own academic career and even her visibility to the dream of achieving something greater, together. Mileva’s decision to put her exceptional talents in the service of Einstein’s career led to her invaluable contributions to his scientific achievements. Einstein wrote about her as an “equal” referring to “our new studies,” “our investigations,” “our views,” “our theory,” “our paper,” ”our work on relative motion.” He also relied heavily on Mileva for emotional support at a critical time in his life. “Without you I lack self-confidence, pleasure in work . . . without you my life is no life.” Before their marriage, she bore Einstein a daughter, whom she gave up for adoption to protect Einstein’s career, an act that cast a heavy shadow over the remainder of her life. Einstein married Mileva in defiance of strong opposition from his parents. She wasn't beautiful, she was older, she walked with a limp and she wasn't Jewish. “You are ruining your future and blocking your path through life . . . That woman cannot gain entrance to a decent family,” his mother wrote to him. Yet, Einstein was magnetically drawn to her independence, strength and formidable intellect during the most creative period of his entire life.As Einstein’s reputation and adulation surged so did his womanizing. Einstein’s conduct in ending their marriage was so brutal that it dismayed even their closest friends and came perilously close to destroying Mileva. Although Einstein resisted, the divorce decree awarded all future Nobel Prize money to Mileva as her property. This was poetic justice, for it represented a symbolic measure of recognition for her contributions to Einstein’s scientific achievements.Despite their bitter divorce, they shared concern for their two sons, and maintained a steady, if often troubled, relationship until Mileva’s death. Einstein sought the comfort of her company, stayed at her Zurich apartment numerous times, and tried to provide help in his own way when she needed it. While sometimes touchingly considerate, Einstein was vindictive and brutal when challenged or hurt.A true understanding of Einstein as both a man and a genius, is impossible without a detailed study of the woman who loved Einstein so deeply with an emotional and intellectual bond that bore a very rare fruit. It changed our view of the universe.

    Drawing on a wide range of sources, including personal diaries, medical texts, and devotional literature, the author enters the sickrooms of a diverse sampling of early modern Britons. The resulting stories of sickness reveal how men and women of the era viewed and managed their health both similarly and differently, as well as the ways prevailing religious practices, medical knowledge, writing conventions, and everyday life created and supported those varying perceptions.   A unique cultural history of illness, Weisser’s groundbreaking study bridges the fields of patient history and gender history. Based on the detailed examination of over fifty firsthand accounts, this fascinating volume offers unprecedented insight into what it was like to live, suffer, and inhabit a body more than three centuries ago.

    T. Morris offers a unique way to look at the history of chemistry itself, showing how the development of the laboratory helped shape modern chemistry.             Chemists, Morris shows, are one of the leading drivers of innovation in laboratory design and technology. He tells of fascinating lineages of invention and innovation, for instance, how the introduction of coal gas into Robert Wilhelm Bunsen’s laboratory led to the eponymous burner, which in turn led to the development of atomic spectroscopy. Comparing laboratories across eras, from the furnace-centered labs that survived until the late eighteenth century to the cleanrooms of today, he shows how the overlooked aspects of science—the architectural design and innovative tools that have facilitated its practice—have had a profound impact on what science has been able to do and, ultimately, what we have been able to understand.

    But there is increasing scepticism towards its often glib and superficial answers; and the big questions about faith, God and science haven't gone away - in fact, we seem to talk about them more than ever.In this book leading scientist and theologian Professor Alister McGrath engages with all the big questions that Dawkins and others have raised, including origins, the burden of proof, meaning, the existence of God and our place in the universe. Informed by the very best and latest scholarship, INVENTING THE UNIVERSE remains accessible and engaging for a lay audience.Positive, compelling and highly readable, this is the thinking person's introduction to the complex and intriguing relationship between science and faith.

    David Suzuki, Science broadcaster and environmental activist, Canada"Gabriel Makes The Difference. He walks the talk. This is a timely message." - Peel Multicultural Council, Canada"Well expressed work." - Ealing, Hammersmith and West London College, UK"Dynamic" - BTL Worldwide, Dubai"Uncovered the mechanics of the flow of creativity." - Novell, USA"Gabriel has always amazed us as a human being as someone who comes across very different from the crowd." - Tyco International, USA"Fresh lateral thinking and out of the box solutions." - Kempinski Hotels, 5 Star Resorts, Switzerland"Amazing, we have learnt so much." - George Brown College, CanadaAWARDS* Making a Difference Award 2011 - Peel Multicultural Council, Canada* Outstanding Guest Speaker Award at International Leadership Congress 2010* International e-learning Congress Award 2011PREVIEWIt has taken 25 years of research and development to create this encyclopedia, with the hope for International Scientific Awareness, Inter-Faith Understanding, Sustainable Technological Innovation and a much desired World Peace.A Research into Scientific Experimentation / Empiricism (Ulum al 'itibar) and Origins, Attitudes, Values and Rejuvenation of Islamic Science along with its implications on Sustainable Development and new energy technologies.Paradigm shifting scientist and author, Gabriel Iqbal, translates his visions into pragmatic disciplines by reviewing the entire history of Experimental Science and links with scientific pragmatism, human emancipation and consciousness, sustainability and coexistence.The origins and sustainable ethical applications of practical empirical scientific method are rooted in the Golden Age of Islam. A thousand years of Science, Technology and Civilization in Islam (800 - 1800) and its implication for Sustainable Development in a modern context is elaborated.This illustrated encyclopedia is also available as an option with large poster prints of the illustrations in this encyclopedia for usage as a supplement to the Educational Science Curriculum and Science Museum Exhibitions. Optionally 60+ Colour Coded Posters are available with this research for use in Schools, Universities and Museums. The posters can be displayed permanently on the hallways, classrooms, libraries and laboratories and will highly improve the student's visual appeal, learning ability and knowledge of Science and Civilization in Islam along with Proactive Solution Oriented Research and Innovation Capability for Ethical Scientific Thinking, Global Leadership, Sustainability and above all a Responsible and Sincere attitude towards World Peace.Science curriculum based projects are also included.An extended bibliography is available to supplement this research.The research in this encyclopedia is a form of "Civilized Science" that can perhaps save us from our current challenge of evolving from a gregarious species to a coexisting one.The goal is to work collectively as part of a world community and re-engineer Scientific Ethics and Principles for the betterment of the Global Human Condition and a Sustainable Future that works in Harmo

    While the developed world has nearly forgotten about TB, it continues to wreak havoc across much of the globe. In this interdisciplinary study of global efforts to control TB, Christian McMillen examines the disease’s remarkable staying power by offering a probing look at key locations, developments, ideas, and medical successes and failures since 1900. He explores TB and race in east Africa, in South Africa, and on Native American reservations in the first half of the twentieth century, investigates the unsuccessful search for a vaccine, uncovers the origins of drug-resistant tuberculosis in Kenya and elsewhere in the decades following World War II, and details the tragic story of the resurgence of TB in the era of HIV/AIDS. Discovering Tuberculosis explains why controlling TB has been, and continues to be, so difficult.

    

    Many amateur astronomers are interested in exploring how these objects are created and what it would be like to live among these objects. From the historical views of how star clusters came about to the most recent assumptions about how stars within these clusters evolve, different strands of science, from observation to theory, are woven together into a compelling investigation specifically targeted at amateur astronomers.

    Once a new, exciting, and frightening concept, “the world” was transformed in the sixteenth and seventeenth centuries. But how could one envision something that no one had ever seen in its totality?  The Worldmakers moves beyond histories of globalization to explore how “the world” itself—variously understood as an object of inquiry, a comprehensive category, and a system of order—was self-consciously shaped by human agents. Gathering an international cast of characters, from Dutch cartographers and French philosophers to Portuguese and English poets, Ramachandran describes a history of firsts: the first world atlas, the first global epic, the first modern attempt to develop a systematic natural philosophy—all part of an effort by early modern thinkers to capture “the world” on the page.

    Primarily a work of cinema history, it also draws on the insights of the history of science. Beginning around 1903, a variety of producers made films about scientific topics for general audiences, inspired by a vision of cinema as an educational medium. This book traces the development of popular-science films over the first half of the silent era, from its beginnings in England to its flourishing in France around 1910.Devices of Curiosity also considers how popular-science films exemplify the circulation of knowledge. These films initially relied upon previous traditions such as the magic-lantern lecture for their representational strategies, and they continually had recourse to established visual iconography, but they also created novel visual paradigms and led to the creation of ambitious new film collections. Finally, the book discerns a transit between nonfictional and fictional modes, seeing affinities between popular-science films and certain aspects of fiction films, particularly Louis Feuillade'scrime melodramas. This kind of circulation is important for an understanding of the wider relevance of early popular-science films, which impacted the formation of the documentary, educational, and avant-garde cinemas.

    The first part is devoted to Friedrich (Fritz) Houtermans, an outstanding Dutch-Austrian-German physicist who was the first to suggest that the source of stars' energy is thermonuclear fusion, and also made a number of other important contributions to cosmochemistry and geochemistry. In 1935, Houtermans, a German communist, in an attempt to save his life from Hilter's Gestapo, fled to the Soviet Union. He took up an appointment at the Kharkov Physico-Technical Institute, working there for two years with the Russian physicist Valentin P Fomin. In the Great Purge of 1937, Houtermans was arrested in December by the NKVD (Soviet Secret Police, KGB's predecessor). He was tortured, and confessed to being a Trotskyist plotter and German spy, out of fear of threats against his wife Charlotte. However, Charlotte had already escaped from the Soviet Union to Denmark, after which she went to England and finally the USA. As a result of the Hilter-Stalin Pact of 1939, Houtermans was turned over to the Gestapo in May 1940 and imprisoned in Berlin.The second part consists of two essays that narrate the life story of Yuri Golfand, one of the codiscoverers of supersymmetry, a major discovery in theoretical physics in the 20th century. In 1973, just two years after the publication of his seminal paper, he was fired from the Lebedev Physics Institute in Moscow. Because of his Jewish origin he could find no job. Under such circumstances, he applied for an exit visa to Israel, but his application was denied. Yuri Golfand became a refusnik and joined the Human rights movement, along with two other prominent physicists, Andrei Sakharov and Yuri Orlov. To earn his living, he had to do manual work, repeatedly being intimidated by KGB. Only 18 years later, shortly before the demise of the Soviet Union, did he obtain permission to leave the country, emigrating to Israel in 1990.These personal life stories of two outstanding theorists are interwined with the tragedies of the 20th century and make for compelling reading.

    James Cleaves II seek to answer the most crucial question in science: How did life begin? They trace the trials and triumphs of the iconoclastic scientists who have sought to solve the mystery, from Darwin’s theory of evolution to Crick and Watson’s unveiling of DNA. This fascinating exploration not only examines the origin-of-life question, but also interrogates the very nature of scientific discovery and objectivity.

    Brian Clegg recounts how ancient civilizations understood light spiritually, and looks at the first scientific grapplings with light.Clegg looks at the contribution of artists to our understanding of light, examines the great revolutionaries of light theory including Galileo and Albert Einstein, and explains the mind-bending advances of quantum physics.

    Using primary sources and information from archeological discoveries, it uncovers some fascinating insights and explodes some myths. Supported by timelines, maps and references to important events and people, children will really feel they are on a time-travelling journey when reading this book.

    Jonathan Bricklin argues James can also be viewed as a mystic compromised by his commitment to common sense. James wanted to believe in will, self, and time, but his deepest insights suggested otherwise. "Is consciousness already there waiting to be uncovered and is it a veridical revelation of reality?" James asked shortly before his death in 1910. A century after his death, research from neuroscience, physics, psychology, and parapsychology is making the case, both theoretically and experimentally, that answers James's question in the affirmative. By separating what James passionately wanted to believe, based on common sense, from what his insights and researches led him to believe, Bricklin shows how James himself laid the groundwork for this more challenging view of existence. The non-reality of will, self, and time is consistent with James's psychology of volition, his epistemology of self, and his belief that Newtonian, objective, even-flowing time does not exist.