The book comprises biographical notes, of about 1000 words each, with a portrait photo, of 90 influential figures of the famous prewar Viennese school of neuropsychiatry, appearing together for the first time in a single volume. The entries focus on the academic lives and scientific contributions of pioneers in the neurological sciences viewed from a modern perspective. These updated profiles are based on substantial new research. The book includes a wide range of people, some famous Nobel laureates, and others less well known, from the era when Vienna was the epicenter of brain research. Despite the tragic circumstances of two World Wars, these pioneers remained resilient, willing to help others with an admirable dignity against adversity that leaves an indelible lesson to the later generations. Some fell victim of the Holocaust. Others overcame the constraints of National Socialism and ultimately settled overseas to nurture their ambitions and pursue their intellectual goals as physicians, researchers, and teachers. The monograph is a useful source for scholars interested in the evolution of ideas in basic neuroscience, clinical neurology, and neuropsychiatry, and the investigators who effected them.

Many historical chess books focus on individual 19th century masters and tournaments yet little is written covering the full scope of competitive chess through the era. This volume provides a comprehensive overview, with more than a third of the 300 annotated games analyzed by past masters and checked by powerful engines. Players such as Max Lange and Cochrane, known to the chess public only by the name given to a fierce attack or gambit, are brought to life. Fifty masters are each given their own chapter, with brief biographies, results and anecdotes and an endgame section for most chapters.

Contributes to a better understanding of Horace Mann and the educational reform movement he advanced Head Masters challenges the assumption that phrenology—the study of the conformation of the skull as it relates to mental faculties and character—played only a minor and somewhat anecdotal role in the development of education. Stephen Tomlinson asserts instead that phrenology was a scientifically respectable theory of human nature, perhaps the first solid physiological psychology. He shows that the first phrenologists were among the most prominent scientists and intellectuals of their day, and that the concept was eagerly embraced by leading members of the New England medical community. Following its progression from European theorists Franz-Joseph Gall, Johan Gasper Spurzheim, and George Combe to Americans Horace Mann and Samuel Gridley Howe, Tomlinson traces the origins of phrenological theory and examines how its basic principles of human classification, inheritance, and development provided a foundation for the progressive practices advocated by middle-class reformers such as Combe and Mann. He also elucidates the ways in which class, race, and gender stereotypes permeated 19th century thought and how popular views of nature, mind, and society supported a secular curriculum favoring the use of disciplinary practices based on physiology. This study ultimately offers a reconsideration of the ideas and theories that motivated education reformers such as Mann and Howe, and a reassessment of Combe, who, though hardly known by contemporary scholars, emerges as one of the most important and influential educators of the 19th century.

The theory of Co-Corporeality is based on a conception of the built environment as a biological entity that opens up a space for coexistence and interaction between humans and microbial life. Based on design-led research, this book explores how we can develop environments for a multispecies world. It focuses on the agency of both human and nonhuman actors. New sensor tools enable observation of and interaction between these different actors. Co-Corporeality links microbiology to material science, artificial intelligence, and architecture. The focus is on how microbial activity can create new protoarchitectural materials, how living systems can be integrated into architecture and cooperate along different time scales.