In this exceptional cultural history, Atlantic Senior Editor Ronald Brownstein—“one of America's best political journalists (The Economist)—tells the kaleidoscopic story of one monumental year that marked the city of Los Angeles’ creative peak, a glittering moment when popular culture was ahead of politics in predicting what America would become. Los Angeles in 1974 exerted more influence over popular culture than any other city in America. Los Angeles that year, in fact, dominated popular culture more than it ever had before, or would again. Working in film, recording, and television studios around Sunset Boulevard, living in Brentwood and Beverly Hills or amid the flickering lights of the Hollywood Hills, a cluster of transformative talents produced an explosion in popular culture which reflected the demographic, social, and cultural realities of a changing America. At a time when Richard Nixon won two presidential elections with a message of backlash against the social changes unleashed by the sixties, popular culture was ahead of politics in predicting what America would become. The early 1970s in Los Angeles was the time and the place where conservatives definitively lost the battle to control popular culture. Rock Me on the Water traces the confluence of movies, music, television, and politics in Los Angeles month by month through that transformative, magical year. Ronald Brownstein reveals how 1974 represented a confrontation between a massive younger generation intent on change, and a political order rooted in the status quo. Today, we are again witnessing a generational cultural divide. Brownstein shows how the voices resistant to change may win the political battle for a time, but they cannot hold back the future.

Photographs of the New York State Capitol building are accompanied by a brief essay on its history.

This book provides a comprehensive overview of the fundamental principles and applications of semiconductor diode laser arrays. All of the major types of arrays are discussed in detail, including coherent, incoherent, edge- and surface-emitting, horizontal- and vertical-cavity, individually addressed, lattice- matched and strained-layer systems. The initial chapters cover such topics as lasers, amplifiers, external-cavity control, theoretical modeling, and operational dynamics. Spatially incoherent arrays are then described in detail, and the uses of vertical-cavity surface emitter and edge-emitting arrays in parallel optical-signal processing and multi-channel optical recording are discussed. Researchers and graduate students in solid state physics and electrical engineering studying the properties and applications of such arrays will find this book invaluable.