*A New York Times Notable Book* Boldly challenging conventional wisdom, acclaimed science writer and Omni magazine cofounder Dick Teresi traces the origins of contemporary science back to their ancient roots in this eye-opening and landmark work. This innovative history proves once and for all that the roots of modern science were established centuries, and in some instances millennia, before the births of Copernicus, Galileo, and Newton. In this enlightening, entertaining, and important book, Teresi describes many discoveries from all over the non-Western world—Sumeria, Babylon, Egypt, India, China, Africa, Arab nations, the Americas, and the Pacific islands—that equaled and often surpassed Greek and European learning in the fields of mathematics, astronomy, cosmology, physics, geology, chemistry, and technology. The first extensive and authoritative multicultural history of science written for a popular audience, Lost Discoveries fills a critical void in our scientific, cultural, and intellectual history and is destined to become a classic in its field.

The Middle Ages and the Renaissance were a period of scientific and literary reawakening. Scientific development and a renewed interest in classical science led to new discoveries, inventions, and technologies. Between 500 and 1600 A.D., scientific explorers rediscovered ancient Greek and Eastern knowledge, which led to an eruption of fresh ideas. This reference work describes more than 75 experiments, inventions, and discoveries of the period, as well as the scientists, physicians, and scholars responsible for them. Individuals such as Leonardo da Vinci, Marco Polo, and Galileo are included, along with entries on reconstructive surgery, Stonehenge, eyeglasses, the microscope, and the discovery of smallpox. Part of a unique series that ranges from ancient times to the 20th century, this exploration of scientific advancements during the Middle Ages and the Renaissance will be useful to high school and college students, teachers, and general readers seeking information about significant advances in scientific history.

The collation of large electronic databases of scienti?c and commercial infor- tion has led to a dramatic growth of interest in methods for discovering struc- res in such databases. These methods often go under the general name of data mining. One important subdiscipline within data mining is concerned with the identi?cation and detection of anomalous, interesting, unusual, or valuable - cords or groups of records, which we call patterns. Familiar examples are the detection of fraud in credit-card transactions, of particular coincident purchases in supermarket transactions, of important nucleotide sequences in gene sequence analysis, and of characteristic traces in EEG records. Tools for the detection of such patterns have been developed within the data mining community, but also within other research communities, typically without an awareness that the - sic problem was common to many disciplines. This is not unreasonable: each of these disciplines has a large literature of its own, and a literature which is growing rapidly. Keeping up with any one of these is di?cult enough, let alone keeping up with others as well, which may in any case be couched in an - familiar technical language. But, of course, this means that opportunities are being lost, discoveries relating to the common problem made in one area are not transferred to the other area, and breakthroughs and problem solutions are being rediscovered, or not discovered for a long time, meaning that e?ort is being wasted and opportunities may be lost.

The Periodic Table of Elements hasn't always looked like it does now, a well-organized chart arranged by atomic number. In the mid-nineteenth century, chemists were of the belief that the elements should be sorted by atomic weight. However, the weights of many elements were calculated incorrectly, and over time it became clear that not only did the elements need rearranging, but that the periodic table contained many gaps and omissions: there were elements yet to be discovered, and the allure of finding one had scientists rushing to fill in the blanks. Supposed "discoveries" flooded laboratories, and the debate over what did and did not belong on the periodic table reached a fever pitch. With the discovery of radioactivity, the discourse only intensified. Throughout its formation, the Periodic Table of Elements has seen false entries, good-faith errors, retractions, and dead ends. In fact, there have been more falsely proclaimed elemental discoveries throughout history than there are elements on the table as we know it today. The Lost Elements: The Periodic Table's Shadow Side collects the most notable of these instances, stretching from the nineteenth century to the present. The book tells the story of how scientists have come to understand elements, by discussing the failed theories and false discoveries that shaped the path of scientific progress. We learn of early chemists' stubborn refusal to disregard alchemy as a legitimate practice, and of one German's supposed discovery of an elemental metal that breathed. As elements began to be created artificially in the twentieth century, we watch the discovery climate shift to favor the physicists, rather than the chemists. Along the way, Fontani, Costa, and Orna introduce us to the key figures in the development of today's periodic table, including Lavoisier and Mendeleev. Featuring a preface from Nobel Laureate Roald Hoffmann, The Lost Elements is an expansive history of the wrong side of chemical discovery-and reveals how these errors and gaffes have helped shape the table as much as any other form of scientific progress.

This book covers the origin and archaeological development of selected categories of civilized elements identified as being Jaredite in origin. It is an attempt to elevate the Jaredite civilization into the light of day from the heretofore dark mists of history where science has forced it for the last 2,500 years. The Jaredite civilization spanned a possible 2,530 years, and its known achievements have far exceeded those of modern mans in many regards. In c. 2800 BC, the Jaredites built a pair of concrete superhighways over 2,700 miles, complete with paved exits and a secondary road network, nearly the entire length of the South American continent. Their civilization could answer the riddles of the Sphinx, the questions of who built the pyramids and why, the mystery and likely origin of UFOs, prove whether or not George Lucas had the only ET, detail what Noah brought aboard the ark besides three sons and their families, and provide an answer to the question posed to Dr. J. Robert Oppenheimer by a student as to whether Alamogordos nuclear bomb in July 1945 was the first ever atomic bomb explosion in history. Many other possible but likely Jaredite achievements are incredibly fascinating and await only an honest archaeological effort to prove them. The historical facts exist; they are real and three-dimensional, but to date, standard classical science has relegated them to the dustbin of historys forgotten basement closet. Satan has made a tremendous effort since mankinds beginning to keep man blinded to the historical facts of our heritage, causing the deliberate destruction of millions of artifacts, scrolls, books, and whole libraries throughout the world to do so. This book is but a small effort to expose and make known a portion of mankinds previously hidden but rightful heritage.

An objective overview of the biggest controversy in American education. Intelligent Design is one of the hottest issues facing parents and educators to day, but it can be hard to separate the facts from the heated rhetoric. This expert and objective guide gets to the bottom of the questions: What is Intelligent Design? Should it replace or complement traditional science? What's all the fuss about? * Explains the terms, the controversy, and the involvement of the American courts * Indispensable guide for concerned educators and parents * Written by an expert in the field

9. Nonequivalence of gravitation and acceleration. 9.1. The uniformly rotating disc in Einstein's development of general relativity. 9.2. The Sagnac effect. 9.3. Generalizations of the Sagnac effect. 9.4. The principle of equivalence. 9.5. Fermat's principle of least time and hyperbolic geometry. The rotating disc. 9.7. The FitzGerald-Lorentz contraction via the triangle defect. 9.8. Hyperbolic nature of the electromagnetic field and the Poincare stress. 9.9. The Terrell-Weinstein effect and the angle of parallelism. 9.10. Hyperbolic geometries with non-constant curvature. 9.11. Cosmological models -- 10. Aberration and radiation pressure in the Klein and Poincare models. 10.1. Angular defect and its relation to aberration and Thomas precession. 10.2. From the Klein to the Poincare model. 10.3. Aberration versus radiation pressure on a moving mirror. 10.4. Electromagnetic radiation pressure. 10.5. Angle of parallelism and the vanishing of the radiation pressure. 10.6. Transverse Doppler shifts as experimental evidence for the angle of parallelism -- 11. The inertia of polarization. 11.1. Polarization and relativity. 11.2. Stokes parameters and their physical interpretations. 11.3. Poincare's representation and spherical geometry. 11.4. Polarization of mass. 11.5. Mass in Maxwell's theory and beyond. 11.6. Relativistic stokes parameters

Examining every aspect of the culture from antiquity to the founding of Constantinople in the early Byzantine era, this thoroughly cross-referenced and fully indexed work is written by an international group of scholars. This Encyclopedia is derived from the more broadly focused Encyclopedia of Greece and the Hellenic Tradition, the highly praised two-volume work. Newly edited by Nigel Wilson, this single-volume reference provides a comprehensive and authoritative guide to the political, cultural, and social life of the people and to the places, ideas, periods, and events that defined ancient Greece.

Definitively tracing the evolution of the Maya civilization from the arrival of migrating 'first peoples' to the end of the Pre-Columbian Mesoamerican World with the Spanish Conquest in the 16th century AD. A span of some thousands of years are concisely covered in one volume in a thorough study of the evolution of a complex Maya society. A new world of understanding about the ancient Maya civilization has opened up from new archaeological discoveries and studies. The mystery of 'Maya Blue' revealed and an understanding of Maya Arithmetic presented in simplified ways to quickly understand the Maya system with a method to count and do math calculations using a Maya abacus or only using four fingers on each hand. Easy to read and very interesting, providing first an overview, then a chapter by chapter journey through major events in Maya history, concluding with a separated portion of highlighting major aspects in Maya knowledge and ancient ways.