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Philo T. Farnsworth (1906–1971) has been called the "forgotten father of television." He grew up in Utah and southern Idaho, and was described as a genius by those who knew and worked with him. With only a high school education, Farnsworth drew his first television schematic for his high school teacher in Rigby, Idaho. Subsequent claims and litigation notwithstanding, he was the first to transmit a television image.

Farnsworth filed ten patents between 1927 and 1929 for camera tubes (transmitting), circuitry, and the cathode ray tube (viewing). After his early years as an inventor in San Francisco, he worked as an engineer, doing battle with RCA in the 1930s over patent rights, formed the Farnsworth Television Company in the 1940s, and worked for IT&T after their purchase of the Farnsworth enterprises. Every television set sold utilized at least six of his basic patents.

Because of endless legal wrangling with RCA over patent rights, he received very little financial reward for his television patents. Donald Godfrey examines the genius and the failures in the life of Philo Farnsworth as he struggled to be both inventor and entrepreneur.

Internationally renowned for its pioneering role in the ecological restoration of tallgrass prairies, savannas, forests, and wetlands, the University of Wisconsin Arboretum contains the world’s oldest and most diverse restored ecological communities. A site for land restoration research, public environmental education, and enjoyment by nature lovers, the arboretum remains a vibrant treasure in the heart of Madison’s urban environment.
    Pioneers of Ecological Restoration chronicles the history of the arboretum and the people who created, shaped, and sustained it up to the present. Although the arboretum was established by the University of Wisconsin in 1932, author Franklin E. Court begins his history in 1910 with John Nolen, the famous landscape architect who was invited to create plans for the city of Madison, the university campus, and Wisconsin state parks. Drawing extensive details from archives and interviews, Court follows decades of collaborative work related to the arboretum’s lands, including the early efforts of Madison philanthropists and businessmen Michael Olbrich, Paul E. Stark, and Joseph W. “Bud” Jackson.
    With labor from the Civilian Conservation Corps during the 1930s Depression, University of Wisconsin scientists began establishing both a traditional horticultural collection of trees and plants and a completely new, visionary approach to recreate native ecosystems. Hundreds of dedicated scientists and staff have carried forward the arboretum’s mission in the decades since, among them G. William Longenecker, Aldo Leopold, John T. Curtis, Rosemary Fleming, Virginia Kline, and William R. Jordan III.
    This archival record of the arboretum’s history provides rare insights into how the mission of healing and restoring the land gradually shaped the arboretum’s future and its global reputation; how philosophical conflicts, campus politics, changing priorities, and the encroaching city have affected the arboretum over the decades; and how early aspirations (some still unrealized) have continued to motivate the work of this extraordinary institution.

2017 Choice Outstanding Academic Title

With over forty years of experience as a sought after diagnostician, Dr. Stuart Mushlin has cracked his share of medical mysteries, ones in which there are bigger gambles than playing the ponies at the track. Some of his patients show up with puzzling symptoms, calling for savvy medical detective work. Others seem to present cut-and-dry cases, but they turn out to be suffering from rare or serious conditions.
 
In Playing the Ponies and Other Medical Mysteries Solved, Dr. Mushlin shares some of the most intriguing cases he has encountered, revealing the twists and turns of each patient’s diagnosis and treatment process. Along the way, he imparts the secrets to his success as a medical detective—not specialized high-tech equipment, but time-honored techniques like closely observing, touching, and listening to patients. He also candidly describes cases where he got things wrong, providing readers with honest insights into both the joys and dilemmas of his job.   
 
Dr. Mushlin does not just treat diseases; he treats people. And this is not just a book about the ailments he diagnosed; it is also about the scared, uncertain, ailing individuals he helped in the process. Filled with real-life medical stories you’ll have to read to believe, Playing the Ponies is both a suspenseful page-turner and a heartfelt reflection on a life spent caring for patients. 

At the height of the race to build an atomic bomb, an indoor tennis court in one of the Midwest’s most affluent residential neighborhoods became a secret Manhattan Project laboratory. Polonium in the Playhouse: The Manhattan Project's Secret Chemistry Work in Dayton, Ohio presents the intriguing story of how this most unlikely site in Dayton, Ohio, became one of the most classified portions of the Manhattan Project.
 
Seized by the War Department in 1944 for the bomb project, the Runnymede Playhouse was transformed into a polonium processing facility, providing a critical radioactive ingredient for the bomb initiator—the mechanism that triggered a chain reaction. With the help of a Soviet spy working undercover at the site, it was also key to the Soviet Union’s atomic bomb program.
 
The work was directed by industrial chemist Charles Allen Thomas who had been chosen by J. Robert Oppenheimer and General Leslie Groves to coordinate Manhattan Project chemistry and metallurgy. As one of the nation’s first science administrators, Thomas was responsible for choreographing the plutonium work at Los Alamos and the Project’s key laboratories. The elegant glass-roofed building belonged to his wife’s family.
 
Weaving Manhattan Project history with the life and work of the scientist, industrial leader and singing-showman Thomas, Polonium in the Playhouse offers a fascinating look at the vast and complicated program that changed world history and introduces the men and women who raced against time to build the initiator for the bomb.
 

 

William Hyde Wollaston made an astonishing number of discoveries in an astonishingly varied number of fields: platinum metallurgy, the existence of ultraviolet radiation, the chemical elements palladium and rhodium, the amino acid cystine, and the physiology of binocular vision, among others. Along with his colleagues Humphry Davy and Thomas Young, he was widely recognized during his life as one of Britain’s leading scientific practitioners in the first part of the nineteenth century, and the  deaths of all three within a six-month span, between 1828 and 1829, were seen by many as the end of a glorious period of British scientific supremacy. Unlike Davy and Young, however, Wollaston was not the subject of a contemporary biography, and his many impressive achievements have fallen into obscurity as a result.

Pure Intelligence is the first book-length study of Wollaston, his science, and the environment in which he thrived. Drawing on previously-unstudied laboratory records as well as historical reconstructions of chemical experiments and discoveries, and written in a highly accessible style, Pure Intelligence will help to reinstate Wollaston in the history of science, and the pantheon of its great innovators.

Rising income inequality is highlighted as one of the largest challenges facing the United States, affecting civic participation and political representation. Although the wealthy often can and do exert more political influence, this is not always the case. To fix political inequality, it is important to understand exactly how class divisions manifest themselves in political outcomes, and what factors serve to enhance, or depress, inequalities in political voice.

Christopher Ellis argues citizens’—and legislators’—views of class politics are driven by lived experience in particular communities. While some experience is formally political, on an informal basis citizens learn a great deal about their position in the broader socioeconomic spectrum and the social norms governing how class intersects with day-to-day life. These factors are important for policymakers, since most legislators do not represent “the public” at large, but specific constituencies.

Focusing on U.S. congressional districts as the contextual unit of interest, Ellis argues individuals’ political behavior cannot be separated from their environment, and shows how income’s role in political processes is affected by the contexts in which citizens and legislators interact. Political inequality exists in the aggregate, but it does not exist everywhere. It is, rather, a function of specific arrangements that depress the political influence of the poor. Identifying and understanding these factors is a crucial step in thinking about what reforms might be especially helpful in enhancing equality of political voice.