Séances, clairvoyance, and telepathy captivated public imagination in the United States from the 1850s well into the twentieth century. Though skeptics dismissed these experiences as delusions, a new kind of investigator emerged to seek the science behind such phenomena. With new technologies like the telegraph collapsing the boundaries of time and space, an explanation seemed within reach. As Americans took up psychical experiments in their homes, the boundaries of the mind began to waver. Common Phantoms brings these experiments back to life while modeling a new approach to the history of psychology and the mind sciences. Drawing on previously untapped archives of participant-reported data, Alicia Puglionesi recounts how an eclectic group of investigators tried to capture the most elusive dimensions of human consciousness. A vast though flawed experiment in democratic science, psychical research gave participants valuable tools with which to study their experiences on their own terms. Academic psychology would ultimately disown this effort as both a scientific failure and a remnant of magical thinking, but its challenge to the limits of science, the mind, and the soul still reverberates today.

Sneak Peek Prepare to become hooked on this amazing Short Story Series. The Kolmiran General will have you feeling as if you are sitting back with your favorite fantasy TV series…don’t believe me, read it for yourself For centuries, the Kolmiran General called on the powers of eight predator spirits. When Ari receives a ninth after Rex’s pledge to her, she realizes there is more to the Kolmiran General than everyone believed. Ari charts a journey to Harmony Village. Harmony, rumored to have some of the best warriors, houses a wise man by the name of Gregori. Gregori may be able to shed light on Ari’s new powers. Unfortunately, Ari and Rex are not alone; someone is following them and leaving disturbing messages. Is it an assassin spy? Ari can’t seem to track this phantom, but whoever or whatever it is, it’s claiming to know the truth about Ari.

Phantom pain is an intriguing mystery that has captured the imagination of health care providers and the public alike. How is it possible to feel pain in a limb or some other body part that has been surgically removed? Phantom pain develops among people who have lost a limb or a breast or have had internal organs removed. It also occurs in people with totally transected spinal cords. Unfortunately, phantom pain is a medical night mare. Many of the people reporting phantom pain make dispropor tionately heavy use of the medical system because their severe pains are usually not treated successfully. The effect on quality of life can be devas tating. Phantom pain has been reported at least since 1545 (Weir Mitchell as related by Nathanson, 1988) and/ or experienced by such diverse people as Admiral Lord Nelson and Ambroise Pare (Melzack & Wall, 1982; Davis, 1993). The folklore surrounding phantom pain is fascinating and mirrors the concepts about how our bodies work that are in vogue at any particu lar time. Most of the stories relate to phantom limbs and date from the mid-1800s. The typical story goes like this: A man who had his leg ampu tated complained about terrible crawling, twitching feelings in his leg. His friends found out where the leg was buried, dug it up, and found maggots eating it. They burned it, and the pain stopped. Another man complained of a swollen feeling with frequent stinging or biting pains.

For the ruling and propertied classes of the late eighteenth century, the years following the French Revolution were characterized by intense anxiety. Monarchs and their courtiers lived in constant fear of rebellion, convinced that their power-and their heads-were at risk. Driven by paranoia, they chose to fight back against every threat and insurgency, whether real or merely perceived, repressing their populaces through surveillance networks and violent, secretive police action. Europe, and the world, had entered a new era. In Phantom Terror, award-winning historian Adam Zamoyski argues that the stringent measures designed to prevent unrest had disastrous and far-reaching consequences, inciting the very rebellions they had hoped to quash. The newly established culture of state control halted economic development in Austria and birthed a rebellious youth culture in Russia that would require even harsher methods to suppress. By the end of the era, the first stirrings of terrorist movements had become evident across the continent, making the previously unfounded fears of European monarchs a reality. Phantom Terror explores this troubled, fascinating period, when politicians and cultural leaders from Edmund Burke to Mary Shelley were forced to choose sides and either support or resist the counterrevolutionary spirit embodied in the newly-omnipotent central states. The turbulent political situation that coalesced during this era would lead directly to the revolutions of 1848 and to the collapse of order in World War I. We still live with the legacy of this era of paranoia, which prefigured not only the modern totalitarian state but also the now preeminent contest between society's haves and have nots. These tempestuous years of suspicion and suppression were the crux upon which the rest of European history would turn. In this magisterial history, Zamoyski chronicles the moment when desperate monarchs took the world down the path of revolution, terror, and world war.

Phantom limb pain is one of the most intractable and merciless pains ever known—a pain that haunts appendages that do not physically exist, often persisting with uncanny realness long after fleshy limbs have been traumatically, surgically, or congenitally lost. The very existence and “naturalness” of this pain has been instrumental in modern science’s ability to create prosthetic technologies that many feel have transformative, self-actualizing, and even transcendent power. In Phantom Limb, Cassandra S. Crawford critically examines phantom limb pain and its relationship to prosthetic innovation, tracing the major shifts in knowledge of the causes and characteristics of the phenomenon. Crawford exposes how the meanings of phantom limb pain have been influenced by developments in prosthetic science and ideas about the extraordinary power of these technologies to liberate and fundamentally alter the human body, mind, and spirit. Through intensive observation at a prosthetic clinic, interviews with key researchers and clinicians, and an analysis of historical and contemporary psychological and medical literature, she examines the modernization of amputation and exposes how medical understanding about phantom limbs has changed from the late-19th to the early-21st century. Crawford interrogates the impact of advances in technology, medicine, psychology and neuroscience, as well as changes in the meaning of limb loss, popular representations of amputees, and corporeal ideology. Phantom Limb questions our most deeply held ideas of what is normal, natural, and even moral about the physical human body.

The Second Edition of the bestselling Measurement, Instrumentation, and Sensors Handbook brings together all aspects of the design and implementation of measurement, instrumentation, and sensors. Reflecting the current state of the art, it describes the use of instruments and techniques for performing practical measurements in engineering, physics, chemistry, and the life sciences and discusses processing systems, automatic data acquisition, reduction and analysis, operation characteristics, accuracy, errors, calibrations, and the incorporation of standards for control purposes. Organized according to measurement problem, the Electromagnetic, Optical, Radiation, Chemical, and Biomedical Measurement volume of the Second Edition: Contains contributions from field experts, new chapters, and updates to all 98 existing chapters Covers sensors and sensor technology, time and frequency, signal processing, displays and recorders, and optical, medical, biomedical, health, environmental, electrical, electromagnetic, and chemical variables A concise and useful reference for engineers, scientists, academic faculty, students, designers, managers, and industry professionals involved in instrumentation and measurement research and development, Measurement, Instrumentation, and Sensors Handbook, Second Edition: Electromagnetic, Optical, Radiation, Chemical, and Biomedical Measurement provides readers with a greater understanding of advanced applications.