The authors of The Science of Superheroes now reveal the real genius of the most evil geniuses.
Ever wonder why comic book villains, such as Spiderman's bionic archenemy Dr. Octopus or the X-Men's eternal rival Magneto, are so scary and so much fun? It's not just their diabolical talent for confounding our heroes, it's their unrivalled techno-proficiency at creating global mayhem that keeps comic book fans captivated. But is any of the science actually true? In The Science of Supervillains, authors Lois Gresh and Bob Weinberg present a highly entertaining and informative look at the mind-boggling wizardry behind the comic book world's legendary baddies. Whether it's artificial intelligence, weapons systems, anti-matter, robotics, or magnetic flux theory, this fun, fact-filled book is a fascinating excursion into the real-world science animating the genius in the comic book world's pantheon of evil geniuses.
Taken as a whole, this primer is a fun way to introduce young adults to a vast range of subjects—from the solar system to the mechanics of flight, bioengineering and beyond—but it may seem patronizing to adults.
"The Physics of Superheroes" applies the reality of physics to the fantasy of comic books. James Kakalios explores the scientific plausibility of the powers and feats of the most famous superheroes—and discovers that in many cases the comic writers got their science surprisingly right.
This terrific book demonstrates a number of important points. First, a subject that everyone "knows" is difficult and boring can, in the hands of a master teacher, be both exciting and fun. Second, it's a myth that only people particularly adept at mathematics can understand and enjoy physics. Third, superhero comic books have socially redeeming qualities. By combining his love for physics with his love of comic books, University of Minnesota physicist Kakalios has written a book for the general reader covering all of the basic points in a first-level college physics course and is difficult to put down. Among many other things, Kakalios uses the basic laws of physics to "prove" that gravity must have been 15 times greater on Krypton than on Earth; that Spiderman's girlfriend, Gwen Stacy, died because his webbing stopped her too abruptly after she plunged from the George Washington Bridge; and that when the Flash runs, he's surrounded by a pocket of air that enables him to breathe. Kakalios draws on the Atom, Iron Man, X-Men, the Ant-Man and the Hulk, among many others, to cover topics as diverse as electromagnetism, quantum mechanics, string theory and thermodynamics. That all of this is accomplished with enough humor to make you laugh aloud is an added bonus.
"Philosophy: 100 Essential Thinkers" by Philip Stokes
Knowledge and the sudden experience of understanding can be as thrilling as the solution to any puzzle or riddle, since knowledge always resolves a mystery-that of not knowing. Most people are familiar with the names Plato, Machiavelli, Spinoza, and Simone de Beauvoir, but remain unsure of their significance. Philosophy: 100 Essential Thinkers provides succinct descriptions of the essential thought of one hundred major philosophers, including some who are not seen primarily as philosophers, such as Darwin, Freud, and Einstein. Presenting biographical details, quotations, and clear explanations, Philosophy serves as a thorough and accessible introduction to the Western intellectual tradition, covering philosophical, scientific, political, and religious thought over a period of 2,500 years.
Kabbalah, Science and the Meaning of Life presents the fundamentals of the science that explores the aspects of reality hidden from scientists. When we discover those hidden parts, our knowledge of the world we live in will be complete. By uniting both the hidden and the revealed, we will prepare ourselves for accurate scientific research and the discovery of the genuine formulae. By uncovering the hidden, our view of the world will become complete, liberated from the boundaries of relative perception and we will be able to unveil the existence of every part of reality, beyond time, space and motion.
Successful School Change: Creating Settings to Improve Teaching and Learning
Drawing on 15 years of research and teaching in low-income schools, Claude Goldenberg provides a powerful model of school change for those seeking to make reform happen in their school or classroom. With great care and sensitivity, Goldenberg demonstrates the kinds of long-term planning and coordinated effort required to create lasting change.