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"Blending fizzy pop culture with serious science...
[she] makes an earnest effort to introduce the laws of physics to couch potatoes in a relatively painless way."
New York Times Book Review
"Ouellette writes in a style that is both charmingly accessible and noncondescending."
Seattle Times
"If you dig science, vampires and the like, give The Physics of the Buffyverse a try."
Pop Candy, USA Today
"When the local high school sits atop a gateway to hell and the only thing preventing Earth's destruction is a 5'3", 100-pound blonde, you wouldn't expect science to play a large role. But as Ouellette's tongue-in-cheek study shows, much of Buffy the Vampire Slayer conforms (sort of) to real-world biology, chemistry, and physics."
Wired, December 2006
"Her science writing is strong, and her discussions of history and folklore interesting."
Library Journal
“Like a real world Buffy, Jennifer Ouellette slays science-phobia, explaining such formidable physics topics as relativity, thermodynamics, quantum mechanics and string theory in a clear and fun manner and demonstrating that a sufficiently advanced fantasy world, such as the Buffyverse, is indistinguishable from real science.”
James Kakalios, author of The Physics of Superheroes
In the tradition of Lawrence Krauss’s bestselling The Physics of Star Trek, The Physics of the Buffyverse uses the characters, concepts and plot lines of two popular television seriesBuffy the Vampire Slayer and its successful spinoff, Angelto illustrate a wide range of fundamental concepts in the physical sciences: everything from sound, electricity, materials science, and thermodynamics, to concepts of time (and time travel), wormholes, black holes, and string theory.
The Buffyverse is undeniably a bizarre place, where magic, vampires, and demons are real, and mystical convergences and other-worldly phenomena are almost everyday occurrences. On the surface, this surreal fictional universe would appear to have very little to do with the world of science. But science is everywhere in the Buffyverse. Many of the monsters’ traits are drawn from real-world biology, and chemistry is plainly evident in the concoction of witches’ brews and potionsoften performed in the high school chemistry lab, using standard chemical ingredients.
Physics is no exception. Writers for both series have openly drawn on specific concepts in quantum mechanics, relativity, and string theory to develop innovative plots for episodes. A high school girl becomes invisible after months of nobody noticing hera clever twist on the quantum notion that observation determines the outcome of a subatomic-scale experiment. There are teleporting demons, temporal folds, time loops, and dimensional portals similar in concept to the hypothetical wormholes proposed by real-world physicists. And one critical scene in an Angel episode takes place at a scientific symposium on string theory.
In short, the Buffyverse offers a unique lens through which to view the precepts of science with fresh eyes. Who says learning about physics can’t be fun? For instance:
* What’s the best kind of wood to use for a stake, especially against a Turok-han?
* How much energy would you need to create enough extra mass to turn Mayor Wilkins into a giant snake?
* Why does Buffy’s prolonged scream cause the heads of the Gentlemen to explode in “Hush"?
* Is Miss Kitty Fantastico alive, dead, or both at the same time after that unfortunate crossbow accident?
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