Making Sense of Life: Explaining Biological Development with Models, Metaphors, and Machines

by Evelyn Fox Keller

Book Overview

What do biologists want? If, unlike their counterparts in physics, biologists are generally wary of a grand, overarching theory, at what kinds of explanation do biologists aim? How will we know when we have "made sense" of life? Such questions, Evelyn Fox Keller suggests, offer no simple answers. Explanations in the biological sciences are typically provisional and partial, judged by criteria as heterogeneous as their subject matter. It is Keller's...

• Format: Hardcover
• Language: English
• ISBN: 0674007468
• ISBN13: 9780674007468
• Release Date: May 2002
• Publisher: Harvard University Press
• Length: 352 Pages
• Weight: 1.37 lbs.
• Dimensions: 1.4" x 5.7" x 8.5"

Customer Reviews

Clear, interesting writing style

The method of material presentation made reading clear, understandable and interest as well as curiowity provoking.

Keller's Life and Times of Genetics

Keller's book is a fascinating read about genetics today, but just as fascinating about the intellectual developments that preceded today's thinking. She appreciates the thrill of the chase, but also provides the longer view, showing how scientific explanations that were satisfying to the scientists of a given day have frequently turned out to have little bearing on subsequent science-as our museums, T. Kuhn and Keller herself show. And the explanatory nuggets that scientists mine, which put science at the head of society's power train, often turn into the dusty errata of ensuing decades for reasons connected with researcher's attitudes. (This seems to be a factor some ambitious scientists resent contemplating.) She tracks the inclination of researchers and thinkers to project intentions on the gene-an ingrained "agentic" factor. Particularly interesting is what happened when physicists (she's one herself) tried to apply their particular skills and world view on biology-it seems that the powerful, overall formulas of physics, so brilliant in particle analysis and thinking about the universe on a grand scale, simply don't reach down to the particular instances of biology (Turing's theoretical description of the development of Drosophilia may be highly elegant and efficient, but as it turns out the fly, like Frank Sinatra, prefers to do it its own way). Keller writes clearly and well about her subject-her book also gives a rundown of future directions for genetic research-but for me the fun is in Keller's tracing how the search for knowledge is shaped differently from era to era; Keller's book gives us a glimpse of the waters that knowledge swims in.