A Math-Free Exploration of the Science that Made Our World
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Quantum Mechanics in Three Easy Steps
The future began twice: in December 1900, and in August 1928. On the first date, at the German Physical Society, Max Planck presented a resolution to something that would come to be called the ultraviolet catastrophe. Planck suggested that atoms can lose energy only in discrete jumps, and this new idea would tip over the first domino in a chain that by the mid-1920s would lead to the development of a new field of physics termed “quantum mechanics.” On the later date, at the end of the summer of 1928, Buck Rogers first appeared in the science fiction pulp Amazing Stories.
With its premier issue published in 1926, Amazing Stories was the first magazine devoted exclusively to science fiction stories, or what publisher Hugo Gernsback called “scientifiction.” The magazine’s motto was “Extravagant Fiction Today . . . Cold Fact Tomorrow.” Planck’s breakthrough marked the dawn of a new field of science and is the province of nerds, while the appearance of Buck Rogers began the future as reckoned by geeks. (I should note that as a physics professor who is also an avid fan of science fiction and comic books, I am simultaneously a nerd and a geek.)*
Given the amazing pace of scientific progress at the end of the nineteenth century—the invention of the telegraph, telephone, and automobile had radically altered notions of distance and time, such that, not for the last time, technology had made the world a somewhat smaller place—it is perhaps not surprising that readers of Amazing Stories in 1928 would expect the eventual development of personal flying harnesses and disintegrator rays.
Buck Rogers’s first adventure was described in Philip Francis Nowlan’s novella Armageddon 2419 A.D., published in that famous issue of Amazing Stories. Anthony Rogers—he would not gain the nickname “Buck” until his appearance in a syndicated newspaper comic strip one year later—was a citizen of both the twentieth and twenty-fifth centuries. Exposure to a gas leak in an abandoned mine near Scranton induced a former army air corps officer to lapse into a form of suspended animation. Upon awakening in the future, he rapidly adjusted to the new age. Nowlan’s hero, catapulted into the future, was just as resourceful as Twain’s Yankee thrust back into King Arthur’s court.
Rogers, armed with the weaponry of tomorrow and a military acumen acquired during his service in World War I, joins a team of rebels fighting against the evil “Hans” invaders from Asia who had conquered America in the early twenty-second century. In fact, many of the stories published in the science fiction pulps of the 1930s and 1940s are distinguished by optimism that in the future there would be continued scientific progress coupled with pessimism that there would be absolutely no improvement whatsoever in international (or interplanetary) relations.
Excerpt from The Amazing Story of Quantum Mechanics by James Kakalios. Published by arrangement with Gotham, a member of Penguin Group (USA), Inc. Copyright (c) James Kakalios, 2010.
According to science fiction, the world of 2010 was supposed to feature flying cars, underwater cities, and robotic assistants. Instead, as James Kakalios shows in The Amazing Story of Quantum Mechanics, today we enjoy a world no less exotic—one filled with laptop computers, MRI machines, Blu-ray players and much more—all of which have been made possible by quantum mechanics. In this book, the author touches on classic sci-fi ideas to inform a delightful tour of the quantum framework and the real-life superheroes—such as Max Planck, Niels Bohr, Werner Heisenberg and Erwin Schrödinger—who fostered it.
The wonder of Watchmen's Dr. Manhattan instantly transporting himself from Earth to Mars, for example, or Buck Rogers’ “atomic torpedo,” are no match for the wonder of the realities of quantum behavior. In lucid and accessible prose, Kakalios describes how the magnetic properties of atomic nuclei and atoms allow us to see inside the human body and store vast amounts of information on computer hard drives; how lasers, light-emitting diodes, and keychain memory sticks work; and what lies behind such exotic phenomena as Bose-Einstein condensation and superconductivity.
Beginning with the facts that light waves incorporate discrete packets of energy, that particles exhibit wavelike properties, and that everything (both light and matter) has an intrinsic angular momentum, Kakalios takes us on a ride through concepts ranging from Heisenberg’s uncertainty principle to spintronics. The fact that he is able to do this in an almost completely math-free manner is a testament to his abilities as an explainer of science.
The Amazing Story of Quantum Mechanics takes a fun and highly original approach to introducing modern physics.
Hardcover : 336 pages
Publisher: Gotham Books, Penguin Putnam Inc ( October 14, 2010 )
Item #: 13-349437
ISBN: 9781592404797
Product Dimensions: 6.0 x 9.0 inches
Product Weight: 19.0 ounces (View shipping rates and policies)

I'm quite knowledgeable about comics and related characters. Dr. Manhattan is one of the Watchmen, not the X-Men. The description of "The Amazing Story Of Quantum Mechanics" needs a correction.
Reviewer: Jeff N
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