Physics with a Buffy the Vampire Slayer pop-culture chaser
In the tradition of the bestselling The Physics of Star Trek, acclaimed science writer Jennifer Ouellette explains fundamental concepts in the physical sciences through examples culled from the hit TV shows Buffy the Vampire Slayer and its spin-off, Angel. The weird and wonderful world of the Buffyversewhere the melding of magic and science is an everyday occurrenceprovides a fantastical jumping-off point for looking at complex theories of biology, chemistry, and theoretical physics. From surreal vampires, demons, and interdimensional portals to energy conservation, black holes, and string theory, The Physics of the Buffyverse is serious (and palatable) science for the rest of us.
|Publisher:||Penguin Publishing Group|
|Sold by:||Penguin Group|
|File size:||3 MB|
|Age Range:||18 Years|
About the Author
Jennifer Ouellette writes the column “This Month in Physics History” for APS News, the monthly publication of the American Physical Society. Her articles have appeared in publications from Discover to Salon.
Most Helpful Customer Reviews
Jennifer Ouellette analyzes the Buffy and Angel TV shows through the spectrum of science using several disciplines besides the obvious misleading title Physics to include zoology, and several branches of math (when did a curve become the shortest distance between two points?). Fans of the two related series will enjoy the deep insight into the biology of vampires, demons and other supernatural essences as much as the deep look into robotics. Also adding fun to the tale is the theory behind multidimensional portals such as wormholes and the energy displacement physics of a witch¿s spell. Obviously targeting fans of the Buffyverse, but within that circle to an even more limited cell of those who enjoy reading the complexities of how string theory applies to the multiverse of vampire slayers. In short this reviewer enjoyed the convergence of science and Buffy, but not as much as my husband who tries to keep current on the latest theories in science and math. --- Harriet Klausner