Plots, Designs, and Schemes is the first study that investigates the long history of American conspiracy theories from the perspective of literary and cultural studies. Since research in these fields has so far almost exclusively focused on the contemporary period, the book concentrates on the time before 1960. Four detailed case studies offer close readings of the Salem witchcraft crisis of 1692, fears of Catholic invasion during the 1830s to 1850s, antebellum conspiracy theories about slavery, and anxieties about Communist subversion during the 1950s. The study primarily engages with factual texts, such as sermons, pamphlets, political speeches, and confessional narratives, but it also analyzes how fears of conspiracy were dramatized and negotiated in fictional texts, such as Nathaniel Hawthorne's Young Goodman Brown (1835) or Hermann Melville's Benito Cereno (1855). The book offers three central insights: 1. The American predilection for conspiracy theorizing can be traced back to the co-presence and persistence of a specific epistemological paradigm that relates all effects to intentional human action, the ideology of republicanism, and the Puritan heritage. 2. Until far into the twentieth century, conspiracy theories were considered a perfectly legitimate form of knowledge. As such, they shaped how many Americans, elites as well as “common” people, understood and reacted to historical events. The Revolutionary War and the Civil War would not have occurred without widespread conspiracy theories. 3. Although most extant research claims the opposite, conspiracy theories have never been as marginal and unimportant as in the past decades. Their disqualification as stigmatized knowledge only occurred around 1960, and coincided with a shift from theories that detect conspiracies directed against the government to conspiracies by the government.

Association schemes are of interest to both mathematicians and statisticians and this book was written with both audiences in mind. For statisticians, it shows how to construct designs for experiments in blocks, how to compare such designs, and how to analyse data from them. The reader is only assumed to know very basic abstract algebra. For pure mathematicians, it tells why association schemes are important and develops the theory to the level of advanced research. This book arose from a course successfully taught by the author and as such the material is thoroughly class-tested. There are a great number of examples and exercises that will increase the book's appeal to both graduate students and their instructors. It is ideal for those coming either from pure mathematics or statistics backgrounds who wish to develop their understanding of association schemes.

‘Subdivision’ is a way of representing smooth shapes in a computer. A curve or surface (both of which contain an in?nite number of points) is described in terms of two objects. One object is a sequence of vertices, which we visualise as a polygon, for curves, or a network of vertices, which we visualise by drawing the edges or faces of the network, for surfaces. The other object is a set of rules for making denser sequences or networks. When applied repeatedly, the denser and denser sequences are claimed to converge to a limit, which is the curve or surface that we want to represent. This book focusses on curves, because the theory for that is complete enough that a book claiming that our understanding is complete is exactly what is needed to stimulate research proving that claim wrong. Also because there are already a number of good books on subdivision surfaces. The way in which the limit curve relates to the polygon, and a lot of interesting properties of the limit curve, depend on the set of rules, and this book is about how one can deduce those properties from the set of rules, and how one can then use that understanding to construct rules which give the properties that one wants.

Theory Conspiracy provides a state-of-the-art collection that takes stage on the meeting and/or battlegrounds between conspiracy theory and theory-asconspiracy. By deliberately scrambling the syntax—conspiracy theory cum theory conspiracy—it seeks to open a set of reflections on the articulation between theory and conspiracy that addresses how conspiracy might rattle the sense of theory as such. In this sense, the volume also inevitably stumbles on the recent debates on postcritique. The suspicion that our ways of reading in the humanities have been far too suspicious, if not paranoid, has gained considerable attention in a humanities continuously questioned as superfluous at best and leftist and dangerous at worst. The chapters in this volume all approach this problematic from different angles. It features clear engaging writing by a set of contributors who have published extensively on questions of paranoia, conspiracy theory, and/or the state of theory today. This collection will appeal to readers interested in conspiracy theories, critical theory, and the future of humanities.

Have you struggled to expand your initial idea into a complete story? Plotting can be frustrating work! What if there were a tool for this very problem, so you could navigate these uncharted waters as quickly as possible? A tool that starts with what you have (a situation, perhaps, or a group of characters) and sets you on the road to new possibilities? Plotto does all this. Created by a master of organized creativity, William Wallace Cook (one of the most prolific writers in history), Plotto has been prized by professional authors and screenwriters since its publication in 1928, and is still in demand today, with copies of the original edition selling for up to $400. This Norton Creek Edition is an exact reproduction of Cook's work. To keep the book down to a manageable size (300 pages of very small type) while retaining its powerful features, Cook uses a telegraphic format that takes some getting used to, so working your way carefully through the introduction and its examples is the key to professional-quality results. Because Plotto was written in the Twenties, its situations can seem old-fashioned and its terminology politically incorrect, but these problems are more apparent than real. Cook himself wrote both westerns and early classics of science fiction, so you see how replacing stagecoach with star ship or dance hall girl with male stripper are within the reach of anyone using the Plotto system, and, in fact, this kind of substitution is how the book is intended to be used, and is the key to its flexibility and enduring popularity.

The slug test is currently the most common method for the in situ estimation of hydraulic conductivity at sites of suspected groundwater contamination. However, inappropriate procedures in one or more phases of a slug test can introduce considerable error into the resulting parameter estimates. This book remedies this problem by answering virtually

This new volume offers a broad view of the challenges of electronic devices and circuits for IoT applications. The book presents the basic concepts and fundamentals behind new low power, high-speed efficient devices, circuits, and systems in addition to CMOS. It provides an understanding of new materials to improve device performance with smaller dimensions and lower costs. It also looks at the new methodologies to enhance system performance and provides key parameters for exploring the devices and circuit performance based on smart applications. The chapters delve into myriad aspects of circuit design, including MOSFET structures depending on their low power applications for IoT-enabled systems, advanced sensor design and fabrication using MEMS, indirect bootstrap techniques, efficient CMOS comparators, various encryption-decryption algorithms, IoT video forensics applications, microstrip patch antennas in embedded IoT applications, real-time object detection using sound, IOT and nanotechnologies based wireless sensors, and much more.