Just a few items of interest:
David Edwards, Artscience: Creativity in the Post-Google Generation.
From Library Journal: Edwards attempts in this truly inspiring work to shed light on the perceived dichotomy between the arts and sciences and why it needs to be challenged. He looks closely at the idea of translating concepts or ideas through pure sciences and the arts as they occur in all sectors of life. Essentially, he shows how scientific ideas flourish in the artistic community and how art can inspire science. Edwards takes interdisciplinary thinking to another level, going a long way in demonstrating a kind of symbiosis that can--and for many, does--exist between the arts and sciences. He relates stories of 'artscience' innovation in France, Germany, and the United States; discusses his recent founding of Le Laboratoire, an artscience cultural center in Paris; and explains the theory behind his idea of the "laboratory."
Daniel Wegner, The Illusion of Conscious Will
Do we consciously cause our actions, or do they happen to us? Philosophers, psychologists, neuroscientists, theologians, and lawyers have long debated the existence of free will versus determinism. In this book Daniel Wegner offers a novel understanding of the issue. Like actions, he argues, the feeling of conscious will is created by the mind and brain. Yet if psychological and neural mechanisms are responsible for all human behavior, how could we have conscious will? The feeling of conscious will, Wegner shows, helps us to appreciate and remember our authorship of the things our minds and bodies do. Yes, we feel that we consciously will our actions, Wegner says, but at the same time, our actions happen to us. Although conscious will is an illusion, it serves as a guide to understanding ourselves and to developing a sense of responsibility and morality.
Lisa Randall: Warped Passages: Unraveling the Mysteries of the Universe's Hidden Dimensions
From Publishers Weekly: The concept of additional spatial dimensions is as far from intuitive as any idea can be. Indeed, although Harvard physicist Randall does a very nice job of explaining—often deftly through the use of creative analogies—how our universe may have many unseen dimensions, readers' heads are likely to be swimming by the end of the book. Randall works hard to make her astoundingly complex material understandable, providing a great deal of background for recent advances in string and supersymmetry theory. As coauthor of the two most important scientific papers on this topic, she's ideally suited to popularize the idea. What is absolutely clear is that physicists simply do not yet know if there are extra dimensions a fraction of a millimeter in size, dimensions of infinite size or only the dimensions we see. What's also clear is that the large hadron collider, the world's most powerful tool for studying subatomic particles, is likely to provide information permitting scientists to differentiate among these ideas soon after it begins operation in Switzerland in 2007. Randall brings much of the excitement of her field to life as she describes her quest to understand the structure of the universe.
