Lauren Redniss: Radioactive: Marie & Pierre Curie: A Tale of Love and Fallout

The New York Times recently said this about the book:

The graphic-novel genre is no longer young, but it retains, like Drew Barrymore and certain indie bands, a quirky and semi-adorable glow. Its fragile vibe is Etsy, not Best Buy. Attacking a pile of graphic novels is not unlike chucking a sackful of baby pandas into a river. If many graphic novels are, as Barack Obama put it about Hillary Rodham Clinton, likable enough, few are knotty works of art, things you’d eagerly give to both the sulky teenager in your life and your grandmother who reads serious nonfiction and thinks comics are infra-dig. Few zigzag toward the earth like mid-August lightning. The tail end of 2010 has delivered such a keeper, however, in Lauren Redniss’s graphic biography, “Radioactive: Marie & Pierre Curie: A Tale of Love and Fallout.” Here’s to hoping it doesn’t get lost amid the grog and tinsel and pay-per-view screenings of “Elf.”

Read that New York Times piece here.

Jane Smiley and "The Man Who Invented the Computer"

The New York Times introduces the new Jane Smiley book this way:

“You know the story of the invention of the computer?” one character asks another midway through Jane Smiley’s best-selling 1995 novel “Moo.” The speaker, an animal scientist, dreams of striking it rich by pioneering a new dairy-farming technology. To that end, he hopes to pry major grant money out of the agricultural industry, and he wields the history of the computer as both cautionary tale and crowbar. “The short version,” he explains, “is that the guy at Iowa State who invented the computer in the late ’30s never patented a thing. . . . And the university . . . forgot about the old machine, and threw it out.” Now, in Smiley’s new book, “The Man Who Invented the Computer,” we have the long version. The title character — the ­real-life “guy at Iowa State” — is John Vincent Atanasoff, a physicist and mathematician who invented the computer largely out of frustration. Anyone who has studied calculus knows that solving differential equations is a tedious process: labor-­intensive, error-prone, slow. That process grows more arduous as equations grow more complex, and by the 1930s, as Smiley recounts, the difficulty of calculation was impeding scientific advancement. In response, Atanasoff designed a machine to do what his own mind could not. “I did not want to search and invent,” he confessed, “but sadly I turned in that direction.”

Read that NYT piece here.