The phenomenon of consciousness has long been one of the great mysteries of life, perhaps because it is inexplicable in terms of the deterministic theories of classical science. Today there is some consensus that the key to the understanding of the workings of the mind should be sought in the area of indeterministic quantum mechanics, but until recently there has been little substantial progress in unravelling the mystery. This book is the culmination of several decades of research by the authors in the physical sciences, neurosciences and computer sciences, with comprehensive summaries and references to related work by many other scientists, and presents important advances toward solving the problem. Written for the most part in plain language but supported by appropriate symbolism, the book is truly interdisciplinary, designed for the needs of a wide variety of students and scholars.
Discerning historians have long suspected creativity in the arts and creativity in the sciences to be related in some mysterious way. This book attempts to dispel the mystery by analyzing the works, and the working methods of an artist and a scientist of acknowledged genius - the poet Emily Dickinson and the theoretical physicist Willard Gibbs. The comparison is given force, not only by the analysis, but also by the similarities in their lives and surroundings; both were products of the late nineteenth century mini-renaissance that flowered briefly in New England. In the end, the boundary between the "two cultures" begins to fade, and theoretical physics emerges as a form of poetry.
The phenomenon of consciousness has long been one of the great mysteries of life, perhaps because it is inexplicable in terms of the deterministic theories of classical science. Today there is some consensus that the key to the understanding of the workings of the mind should be sought in the area of indeterministic quantum mechanics, but until recently there has been little substantial progress in unravelling the mystery. This book is the culmination of several decades of research by the authors in the physical sciences, neurosciences and computer sciences, with comprehensive summaries and references to related work by many other scientists, and presents important advances toward solving the problem. Written for the most part in plain language but supported by appropriate symbolism, the book is truly interdisciplinary, designed for the needs of a wide variety of students and scholars.
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