A defense of the radical imagination from a scholar of social movements. Political theorist and philosopher Richard Gilman-Opalsky’s Imaginary Power, Real Horizons is a tribute to the imagination and to its necessity for liberatory struggle. “‘Impractical’ is the name given to anyone who imagines something radically other than what exists,” he writes. However, many things—such as the abolition of slavery—were dismissed as impractical before they came to be. In a warm, plainspoken manner, these essays chart the affects of creativity and utopianism through topics as varied as the cyclical nature of popular movements; the international history of May Day; the experience of teaching political theory and Marxism in contemporary China; and the revolutionary aspirations of Free Jazz. The human imagination is a real, world-creating power, and those who would declare otherwise have a poor understanding of history. Imaginary Power, Real Horizons is a call to action for those who would dare to dream of a society organized by a different logic than capitalism.

No, Anti-Book is not a book about books. Not exactly. And yet it is a must for anyone interested in the future of the book. Presenting what he terms “a communism of textual matter,” Nicholas Thoburn explores the encounter between political thought and experimental writing and publishing, shifting the politics of text from an exclusive concern with content and meaning to the media forms and social relations by which text is produced and consumed. Taking a “post-digital” approach in considering a wide array of textual media forms, Thoburn invites us to challenge the commodity form of books—to stop imagining books as transcendent intellectual, moral, and aesthetic goods unsullied by commerce. His critique is, instead, one immersed in the many materialities of text. Anti-Book engages with an array of writing and publishing projects, including Antonin Artaud’s paper gris-gris, Valerie Solanas’s SCUM Manifesto, Guy Debord’s sandpaper-bound Mémoires, the collective novelist Wu Ming, and the digital/print hybrid of Mute magazine. Empirically grounded, it is also a major achievement in expressing a political philosophy of writing and publishing, where the materiality of text is interlaced with conceptual production. Each chapter investigates a different form of textual media in concert with a particular concept: the small-press pamphlet as “communist object,” the magazine as “diagrammatic publishing,” political books in the modes of “root” and “rhizome,” the “multiple single” of anonymous authorship, and myth as “unidentified narrative object.” An absorbingly written contribution to contemporary media theory in all its manifestations, Anti-Book will enrich current debates about radical publishing, artists’ books and other new genre and media forms in alternative media, art publishing, media studies, cultural studies, critical theory, and social and political theory.

Martin Thomas takes the reader on a journey through a compelling study of culture, landscape and mythology. For both Aboriginal people and their colonisers, the rugged landscape of the Blue Mountains has stood as an intriguing riddle and a stimulus to the imagination. The author evokes this dramatic and bewildering landscape and leads his readers through the cultural history of the locality in order to probe the 'dreamwork of imperialism'.

This new edition includes over 650 mordant definitions by Bufe—twice as many as in the original edition—and 40 illustrations by San Francisco artist and filmmaker J. R. Swanson. The definitions skewer such targets as religion, the "right to life" movement, capitalism, marxism, the IRS, politicians of all stripes, and common euphemisms, as well as male-female relations and sexual attitudes, something which Bierce, writing in more conservative times, was not free to do. The book concludes with a lengthy appendix of the best 200 definitions from Bierce's The Devil's Dictionary.

Quantum gravity (QG) reduces the infinite number of classical transformations to the finite number of their generators. As a Dirac algebra, they form the basis of a U(2,2) of 4x4=16 pairs of 4 discrete types of quanta. Einstein's General Theory of Relativity (GR) is a defective application of its conformal subgroup SO(2,4). The experiment identifies its CPT extension to a U(4,4) of a complex Lie algebra as a correct description of our universe in the large and the dynamics of quantised particles in the small. Black holes are free of singularities, swallow energy-momentum, and return spacetime. Pseudo-unitarity is the engine of time. Forces prove the "Theory of Everything" (ToE) to be an 8-fold degeneracy of QG, which, like GR, is fully geometrizable. It describes the world of elementary particles with their non-valence structures and flavours, dark energy, dark matter, and the filaments and voids of Galactic Walls. Weak interactions do not break any conservation law. Due to 8x8=2**6, the ToE provides exactly 6 Goldstone particles with spins 2, 1, and 1/2: graviton, photon, 3 left-handed neutrinos, a sterile meson. The graviton separates input from output; as a simulation effect of Young tableaux, antimatter is largely suppressed. QG and ToE attribute all physics solely to the occupation numbers of the ToE quantum types and to our current position in our universe. This way, ToE allows to derive the numerical particle spectrum including masses by theory. According to Bell's superdeterminism, our universe is invariant; there is no free will. Dynamics compares fixed observer positions and identifies local variation as "motion".

Optimization is of critical importance in engineering. Engineers constantly strive for the best possible solutions, the most economical use of limited resources, and the greatest efficiency. As system complexity increases, these goals mandate the use of state-of-the-art optimization techniques. In recent years, the theory and methodology of optimization have seen revolutionary improvements. Moreover, the exponential growth in computational power, along with the availability of multicore computing with virtually unlimited memory and storage capacity, has fundamentally changed what engineers can do to optimize their designs. This is a two-way process: engineers benefit from developments in optimization methodology, and challenging new classes of optimization problems arise from novel engineering applications. Advances and Trends in Optimization with Engineering Applications reviews 10 major areas of optimization and related engineering applications, providing a broad summary of state-of-the-art optimization techniques most important to engineering practice. Each part provides a clear overview of a specific area and discusses a range of real-world problems. The book provides a solid foundation for engineers and mathematical optimizers alike who want to understand the importance of optimization methods to engineering and the capabilities of these methods.