The Extraordinary Science Behind an Ordinary Day
October 15, 2017
Kakalios (physics and astronomy, Univ. of Minnesota; The Physics of Superheroes) uses a rather ingenious method to get listeners to appreciate how ubiquitous a role physics plays in their lives. He explains how devices operate that are used during a "normal" day. When the book begins, the listener wakes to her alarm, Kakalios then spends several minutes extolling how the alarm clock works, including going into detail on how a pendulum operates. The book moves on to other common appliances, devices, and equipment. Kakalios explains how thermodynamics both turns bread into toast and cools food in a refrigerator. The book is a constant ride through interesting topics, such as how World War II radar technology helps a computer parallel park a car, and will keep listeners entertained. However, listening to the book in short stretches may be preferable owing to the steady flow of information without interruption or story line. Jonathan Todd Ross narrates effectively. VERDICT Recommended for casual science fans or those wishing to learn the physics of common items.--Jason L. Steagall, Gateway Technical Coll. Lib., Elkhorn, WI
Copyright 2017 Library Journal, LLC Used with permission.
March 27, 2017
In his latest work of pop physics, Kakalios, professor of physics at the University of Minnesota, eschews the jokes and banter of The Amazing Story of Quantum Mechanics, diving right into his explanations of objects and phenomena that Westerners encounter in their daily routines. Kakalios takes his title literally, following a bachelor businessman subject as he moves through his day. The author pauses regularly to explain the physics behind the innumerable tools, devices, and machines upon which his subject depends. A morning smartphone alarm and the smell of brewing coffee launch a discussion of the elegant physics of the pendulum, which underlies all timers and whose periodic oscillations illustrate the simplest of many universal phenomena, including the conservation of energy and electric power generation. Over the course of the day, readers will encounter no math, little cuteness, and only half a dozen charts. Many explanations, such as the basics of the LED TV, may require multiple rereads for full comprehension. Kakalios achieves more success with his elucidations of the familiar refrigerator and copier machine than he does with microelectronics. Readers will enjoy lucid explanations of dazzling yet quotidian technology, and those who remember a bit of high school–level science may appreciate them even more. Agent: Jay Mandel, WME.