During World War II, Luis W. Alvarez participated in the Allies’ development of radar at the MIT Radiation Laboratory, and of the atomic bomb at Los Alamos. He then worked as an experimental physicist on cyclotrons, particle accelerators and bubble chambers at UC-Berkeley with Ernest Lawrence. Later in life, he used cosmic rays to “X ray” an Egyptian pyramid, developed a new theory about the extinction of the dinosaurs, and won the 1968 Nobel prize in physics for his work on elementary particles. In this autobiography, Alvarez shares insights on the process of scientific discovery, risk-taking in science and how theoretical and experimental physics interact. “[A] delightful autobiography... [A] fascinating book... It should be read by everyone who is interested in science and adventure, or who just wants to meet one of our most fascinating contemporaries.” — James Trefil, New York Times Book Review “Beyond its self-portrait, Alvarez provides an exceptionally clear view of the world of science.” — Alan Lightman, Washington Post Book World “This is a richly absorbing autobiography... Personally as well as scientifically forthright and plainspoken, [Alvarez] holds the reader with the story of his life as a scientist, much of the time at Berkeley, Calif., working with such men as Robert Oppenheimer, Ernest Lawrence and Enrico Fermi.” — Publishers Weekly “A gripping book. It succeeds well in making the scientific experience and the excitement of discovery accessible to the general reader.” — Richard L. Garwin,Physics Today “A fascinating life.” — Elena Brunet, Los Angeles Times “One of the best popular books on science to emerge from the laboratory in years.” — Henry Kisor, Chicago Sun-Times “Luis W. Alvarez has an unsurpassed reputation among scientists for a lifelong record of crucial participation in important discoveries in pure and applied science. In this book he performs an additional service by revealing his thought processes.” — Philip Abelson, Science Advisor, American Association for the Advancement of Science

Provides short biographies of more than 175 notable Hispanic American professionals in science, mathematics, medicine, and related fields.

Contains a history of physics providing definitions and explanations of related topics and brief biographies of scientists of the twentieth century.

Discusses the Nobel Institution in detail, telling about the award and its beginnings, what it means to win a Nobel Prize, the fields in which it is presented, who judges and how the prize is awarded, and more.

Luis W. Alvarez has had a breathtakingly varied and important career of discovery, adventure, and invention. The winner of the 1968 Nobel Prize in physics for his work on subatomic particles, Alvarez participated as a scientific observer of the Hiroshima bombing mission, formulated the asteroid theory of dinosaur extinctions, discovered the radioactivity of tritium, took x-rays of the Second Pyramid at Giza, designed the Berkeley proton linear accelerator, first observed fundamental particle resonances, created the variable-focus thin lens, analyzed the Kennedy assassination film, and invented the Ground Control Approach radar system for airplane landings, to name but a few of his experiences and accomplishments. Discovering Alvarez collects articles by this innovative physicist, documenting his outstanding contributions. The articles, which span his career, are accompanied by a remarkable collection of commentary by the colleagues and students who worked closely with Alvarez on each project or discovery.

In The San Francisco Nexus in World War II: Freedoms Found, Liberties Lost, and the Atomic Bomb, Meza tells the story of important events in the San Francisco Bay Area that have consequences still felt to date. He traces the invention of the atomic bomb, from a speculative design for a nuclear weapon sketched on a chalkboard at Berkeley by theoretical physicist Robert Oppenheimer and helped made real by “Big Science” that was pioneered by his friend and colleague, experimental physicist Ernest Lawrence. During this time, Black Americans migrated to San Francisco to escape the Jim Crow South, finding new freedoms, good jobs, and a leader in a singer-turned-welder named Joseph James. Meza shows how James fought for and won an end to segregation in his union, taking a large step toward the civil rights movement. At the same time, Japanese Americans were forced from their homes by a tragically misguided presidential executive order, upheld by the US Supreme Court, illustrating the fragility of liberty in America. These events continue to shape the world today.

Hargittai tells the story of five remarkable Hungarians: Wigner won a Nobel Prize in theoretical physics; Szilard was the first to see that a chain reaction based on neutrons was possible, initiated the Manhattan Project, but left physics to try to restrict nuclear arms; von Neumann could solve difficult problems in his head and developed the modern computer for more complex problems; von Kármán became the first director of NASA's Jet Propulsion Laboratory, providing the scientific basis for the U.S. Air Force; and Teller was the father of the hydrogen bomb, whose name is now synonymous with the controversial "Star Wars" initiative of the 1980s.

U.S. Latinos have made important contributions to American society, and this biographical dictionary is devoted to celebrating those contributions. All 127 men and women profiled in this work have immigrated to or been born in the United States and have made major contributions to American life and culture. Cuban Americans, Puerto Ricans, Mexican Americans, and others of Spanish, South American, Central American and Caribbean heritage—more than one-third of them women—represent 35 fields of endeavor and all 50 states. From historical figures to the newest sports champion, figure-skater Rudy Galindo, this work provides profiles of both prominent and important but less-familiar people who have made significant contributions in their fields. Many of those profiled can be found in no other biographical source. A selection of photos complements the text. All biographies have been written by experts in their ethnic fields. Those profiled range widely from distinguished scientists to sports stars, from actors to activists, from businesswomen to political personalities, from literary luminaries to labor organizers. All are potential role models for young men and women, and many have overcome extreme odds to succeed. These colorfully written, substantive biographies detail their subjects' goals, struggles, and commitments to success and to their ethnic communities. Among the 127 people profiled are: Nobel Prize-winning scientist Luis Alvarez; Treasurer of the United States Romana Acosta Bañuelos; actor/composer/activist Rubén Blades; classical dancer Fernando Bujones; baseball player José Canseco; U.S. Secretary of Education Lauro Cavazos Jr.; writer Sandra Cisneros; fashion designer Oscar de la Renta; U.S. Congressman Lincoln DÍaz-Balart; teacher Jaime Escalante; composer/singer Gloria Estefan; tennis players Gigi Fernández and Mary Joe Fernández ; playwright Mara Fornés; U.S. Men's 1996 Figure Skating Champion Rudy Galindo; physician/political activist Héctor GarcÍa; Coca-Cola CEO Roberto Goizueta; labor leader Dolores Huerta; U.S. Ambassador MarÍa-Luci Jaramillo; artist Marisol; civil-rights activist Vilma Socorro MartÍnez; businessman/politician Jorge Mas Canosa; federal judge Harold Medina; graphic artist Nicholasa Mohr; U.S. Surgeon General Antonia Novello; astronaut Ellen Ochoa; Nobel Prize-winning biochemist Severo Ochoa; TV personality Geraldo Rivera; U.S. Congresswoman Ileana Ros-Lehtinen; educational psychologist George I. Sánchez; newspaper editor Roberto Suárez; women's rights activist/businesswoman MarÍa Elena Toraño-PantÍn; New York State Supreme Court Judge Edwin Torres; mystic Teresa Urrea; film producer/director Luis Valdez. For ease of use, the heading of each profile identifies ethnic group, field of endeavor, birthdate and, where appropriate, death date. Each profile concludes with a suggested reading list of books and periodical articles about the subject. An ethnic index, field of endeavor index, and a general index make research easy. This much needed reference work is essential for school and public libraries.

When darkness falls, storms rage, fog settles, or lights fail, pilots are forced to make "instrument landings," relying on technology and training to guide them through typically the most dangerous part of any flight. In this original study, Erik M. Conway recounts one of the most important stories in aviation history: the evolution of aircraft landing aids that make landing safe and routine in almost all weather conditions. Discussing technologies such as the Loth leader-cable system, the American National Bureau of Standards system, and, its descendants, the Instrument Landing System, the MIT-Army-Sperry Gyroscope microwave blind landing system, and the MIT Radiation Lab's radar-based Ground Controlled Approach system, Conway interweaves technological change, training innovation, and pilots' experiences to examine the evolution of blind landing technologies. He shows how systems originally intended to produce routine, all-weather blind landings gradually developed into routine instrument-guided approaches. Even so, after two decades of development and experience, pilots still did not want to place the most critical phase of flight, the landing, entirely in technology's invisible hand. By the end of World War II, the very concept of landing blind therefore had disappeared from the trade literature, a victim of human limitations.