Free Money for All makes the case for a basic income guarantee of $10,000 per adult US citizen. The book shows that a basic income guarantee will increase gross national happiness and gross national freedom, while helping to mitigate some of the worst consequences of rising technological unemployment.

This book sheds new light on the biographical approach in the history of physics by including the biographies of scientific objects, institutions, and concepts. What is a biography? Can biographies also be written for non-human subjects like scientific instruments, institutions or concepts? The respective chapters of this book discuss these controversial questions using examples from the history of physics. By approaching biography as metaphor, it transcends the boundaries between various perspectives on the history of physics, and enriches our grasp of the past.

The topics covered in this book include: Theory of Scattering and Scintillation, Distribution of Scattering Material, Intra-day Variability, Pulsars and their Magnetospheric Structure, Polarization of AGN, Interplanetary Scintillation, and Future Highly-Sensitive Radio Telescopes. The introductory papers emphasize the essential properties of diffractive and refractive scattering, how they differ in temporal and frequency structure, and what they reveal about irregularities in the ISM. Pulsars can be examined in a number of different ways as a function of frequency: time variability (both short and long term), DM changes, pulse broadening, angular extent, and Faraday rotation. Intra-day variable sources (IDVs) are another major topic of the book. Although many variable sources clearly exhibit intrinsic changes, IDVs are generally believed to result from scintillation effects. They require source sizes on the ten micro-arcsec scale, the most extreme cases having profound implications for source lifetimes and emission mechanisms. Finally, a dozen contributions describe future large radio telescope projects, especially the Chinese FAST effort to build a 500 m spherical reflector of innovative design.

Does science work best in a democracy? Were 'Soviet' or 'Nazi' science fundamentally different from science in the USA? These questions have been passionately debated in the recent past. Particular developments in science took place under particular political regimes, but they may or may not have been directly determined by them.
Science and Ideology brings together a number of comparative case studies to examine the relationship between science and the dominant ideology of a state. Cybernetics in the USA is compared to France and the Soviet Union. Postwar Allied science policy in occupied Germany is juxtaposed to that in Japan. The essays are narrowly focussed, yet cover a wide range of countries and ideologies. The collection provides a unique comparative history of scientific policies and practices in the 20th century.

Does science work best in a democracy? Were 'Soviet' or 'Nazi' science fundamentally different from science in the USA? These questions have been passionately debated in the recent past. Particular developments in science took place under particular political regimes, but they may or may not have been directly determined by them.
Science and Ideology brings together a number of comparative case studies to examine the relationship between science and the dominant ideology of a state. Cybernetics in the USA is compared to France and the Soviet Union. Postwar Allied science policy in occupied Germany is juxtaposed to that in Japan. The essays are narrowly focussed, yet cover a wide range of countries and ideologies. The collection provides a unique comparative history of scientific policies and practices in the 20th century.

Enrich your drumming with world rhythms and sounds. World music presents many learning opportunities and challenges, especially for drums and percussion. Learning grooves from Africa, Latin America, South America, and other regions will make you a more complete musician, and give you more ideas for creating your own sound and solos. Many jazz greats have been inspired by world traditions: Miles Davis, John Coltrane, Herbie Hancock, John McLaughlin, and so many others. Follow in their footsteps, and discover how to use these elements to inspire your own music. You will learn to: * Incorporate world instruments into a standard drum kit * Coordinate stick, foot, hand techniques to enrich your palette of articulations * Play dozens of world grooves * Take inspiration from world grooves for your own improvisations * Perform advanced concepts, such as odd time signatures and metric modulation * Be prepared for many creative musical situations, through knowledge of more styles and greater mastery of drumming fundamentals Mark Walker is a multiple-Grammy Award winning artist, who is currently a member of Oregon and the Pacquito d'Rivera Quintet. He is an associate professor of percussion at Berklee College of Music.

Fascinating for Latin learners and for Tolkien fans of all ages, The Hobbit has been translated into Latin for the first time since its publication 75 years ago.

In foramine terrae habitabat hobbitus. ( In a hole in the ground, there lived a hobbit. )

The Hobbit, is one of the world s most popular classic stories, appealing to adults as much as to the children for whom J.R.R. Tolkien first wrote the book. Translated worldwide into more than 60 modern languages, now Hobbitus Ille is finally published in Latin, and will be of interest to all those who are studying the language, whether at school or at a higher level.

In the great tradition of publishing famous children s books in Latin, professional classicist and lifelong Tolkien fan Mark Walker provides a deft translation of the entire book. His attention to detail, including the transformation of Tolkien s songs and verses into classical Latin metres, will fascinate and entertain readers of all ability, even those with only a minimal acquaintance with the language.

The genesis of IAU Colloquium 182, 'Sources and scintillations: refraction and scattering in radio astronomy,' can be traced to the desire, on the one hand, of Beijing Astronomical Observatory radio astronomers to organize a conference which would highlight the need for high sensitivity - as a way ofpromoting their own project to build the world's largest telescope (FAST) - and to a suggestion from Ron Ekers on the other. During a discussion with the two SOC co-chairs (as they then were not) in January 1999 in Epping, Ron noted the success ofa meeting on 'radio seeing' in Beijing in 1989, and wondered whether the time might not be ripe to organize another conference devoted to radio propagation. This set the ball rolling, and with enthusiastic input from SOC members, a successful application was made to the IAU. Later, the URSI also agreed to co-sponsor the meeting. From April 17-21, 2000, over 80 astronomers from a dozen countries met in Guiyang, China, to discuss the latestexciting results and theoretical ideas on radio propagation through interstellar, intergalactic and interplanetary space. These pro ceedings include almost all (95%) ofthe oral presentations given at the conference. In addition to the 52 talks presented during 5 days of the Colloquium, Ron Ekers gave a fine summary at the end to tie things up. There were also poster sessions where some twenty papers were displayed. Besides the scientific sessions, the LOC had organized a program for spouses and otheraccompanying persons.

This is a history of one of the oldest and most important scientific societies, the German Physical Society, during the Nazi regime and immediate postwar period. When Hitler was appointed chancellor of Germany in 1933, the Physical Society included prominent Jewish scientists as members, including Fritz Haber and Albert Einstein. As Jewish scientists lost their jobs and emigrated, the Society gradually lost members. In 1938, under pressure from the Nazi Ministry of Science, Education, and Culture, the Society forced out the last of its Jewish colleagues. This action was just the most prominent example of the tension between accommodation and autonomy that characterized the challenges facing physicists in the society. They strove to retain as much autonomy as possible, but tried to achieve this by accommodating themselves to Nazi policies, which culminated in the campaign by the Society's president to place physics in the service of the war effort.

Carpe diem with this guide to the Latin language"" "What do "quid pro quo" and "habeas corpus" mean? Why do plants have Latin names? Why do families, towns, countries, and even soccer teams have Latin mottoes? What do the Latin epitaphs in churches say? What are the words of Mozart's "Requiem?" "These are just a few of the topics covered in this comprehensive guide to Latin for the layman. With wit and clear language, the Latin phrases and words that surround us and compose our contemporary vocabulary are exposed and decoded. Entertaining and informative, this study proves that Latin is anything but dead.

This book sheds new light on the biographical approach in the history of physics by including the biographies of scientific objects, institutions, and concepts. What is a biography? Can biographies also be written for non-human subjects like scientific instruments, institutions or concepts? The respective chapters of this book discuss these controversial questions using examples from the history of physics. By approaching biography as metaphor, it transcends the boundaries between various perspectives on the history of physics, and enriches our grasp of the past.

During the first part of the twentieth century, German science led the world. The most important scientific institution in Germany was the Kaiser Wilhelm Society, including institutes devoted to different fields of scientific research. These researchers were not burdened by teaching obligations and enjoyed excellent financial and material support. When the National Socialists came to power in Germany, all of German society, including science, was affected. The picture that previously dominated our understanding of science under National Socialism from the end of the Second World War to the recent past - a picture of leading Nazis ignorant and unappreciative of modern science and of scientists struggling to resist the Nazis - needs to be revised. This book surveys the history of Kaiser Wilhelm Institutes under Hitler, illustrating definitively the cooperation, if not collaboration, between scientists and National Socialists in order to further the goals of autarky, racial hygiene, war, and genocide.

During the first part of the twentieth century, German science led the world. The most important scientific institution in Germany was the Kaiser Wilhelm Society, including institutes devoted to different fields of scientific research. These researchers were not burdened by teaching obligations and enjoyed excellent financial and material support. When the National Socialists came to power in Germany, all of German society, including science, was affected. The picture that previously dominated our understanding of science under National Socialism from the end of the Second World War to the recent past - a picture of leading Nazis ignorant and unappreciative of modern science and of scientists struggling to resist the Nazis - needs to be revised. This book surveys the history of Kaiser Wilhelm Institutes under Hitler, illustrating definitively the cooperation, if not collaboration, between scientists and National Socialists in order to further the goals of autarky, racial hygiene, war, and genocide.

Science and technology under Hitler have always held a special fascination for historians, scientists, engineers, and the general public. Until now most books have focused on such obvious "perversions" as the "Nazi doctors" or the "German atom bomb." This book provides a more varied and balanced picture by including many different projects and disciplines, by including the period before and after the Third Reich, and by investigating "normal" as well as "perverted" sciences and technologies. Overall the volume offers the best study available of the consequential interaction of science and technology with National Socialism in Germany.

This book provides a survey of the development of scientific disciplines and technical projects under National Socialism in Germany. Each contribution addresses a different, new aspect which is important for judging the interaction between science, technology and National Socialism. In particular, the personal conduct of individual scientists and engineers as well as the functionality of certain the ones and projects are examined. All essays share a common theme: continuity and discontinuity. All authors cover a period that reaches back to the Weimar Republic and forward beyond the end of National Socialism to the post-war period. This unanimity of approach provides answers to major questions about the nature of Hitler's regime and about possible lines of continuity in science and technology which may transcend political upheaval. The book is also the most comprehensive to date on this subject, and includes essays on engineering, geography, biology, psychology, physics, mathematics, and science policy. It thus offers something of interest for the specialist, engineer and historian as well as an unprecedented overview of science and technology before, during and after the Third Reich.

A text which describes the ways that European powers used science and scientific inquiry to enforce their supposed cultural superiority on societies of Africa, Asia and Latin America.

Few bodies of Western music are as widely respected, studied, and emulated as the fugues of Johann Sebastian Bach. Despite the esteem which Bach's contributions brought to the genre, however, the origin and early history of the fugue remain poorly understood. Theories of Fugue from the Age of Josquin to the Age of Bach addresses both the history and methodology of the pre-Bach fugue (from roughly 1500 to 1700), and, of greatest significance to the literature, it seeks to present a way out of the methodological dilemma of uncertainty which has plagued previous scholarly attempts by considering what musicians of the time had to say about the fugue: what it was, what it was not, how important it was, and where and how a composer should (or shouldn't) use it. Paul Mark Walker is director of the Early Music Ensemble at the University of Virginia and an expert on the history of the fugue.

This is a paperback edition of Professor Walker's full-scale examination of the German efforts to harness the economic, military and political power of nuclear fission between 1939 and 1949. It argues that the German decision not to attempt the production of nuclear weapons during World War II came as a result of economic and political developments, not scientific or moral considerations, and was at the time a perfectly reasonable policy. Professor Walker also places nuclear fission research in the contexts of the war effort and German cultural imperialism, including the plunder and exploitation of "Greater Germany," the German slave labor economy, and the ambivalent interaction between the Nazi party and the German physicists.

The book begins at the height of the Empire, and carries the story through to the founding of the two postwar republics in order to emphasize continuity before and after the Third Reich, and to compare the scientists' activity during the war and after the shock of Hiroshima and the Nuremberg trials. Throughout, Professor Walker explains clearly, in terms that the non-specialist can understand, what was involved in the Germans' quest, and in what ways the German scientists succeeded or failed in the development of "the bomb."