Robert L. Wolke

Robert L. Wolke is an American chemist, professor emeritus of chemistry at the University of Pittsburgh, and author known for explaining the science behind everyday cooking and food phenomena. His most recognized works include the "What Einstein" series of books that explore kitchen science, including "What Einstein Told His Cook" and "What Einstein Told His Cook 2." As a food columnist for The Washington Post from 1999 to 2007, Wolke addressed readers' questions about kitchen chemistry and the scientific principles behind cooking processes. His writing style made complex scientific concepts accessible to home cooks and food enthusiasts. Beyond his food writing, Wolke had a distinguished academic career in nuclear chemistry and wrote chemistry textbooks used in universities. He received the American Chemical Society's James T. Grady-James H. Stack Award for Interpreting Chemistry for the Public in 2005. The impact of Wolke's work lies in bridging the gap between scientific understanding and practical cooking applications, helping readers understand why certain cooking techniques work and how to achieve better results in their kitchens. His books remain valuable resources for those interested in the intersection of science and culinary arts.

Readers praise Wolke's ability to explain complex chemistry concepts in simple, often humorous terms. Many reviews highlight his clear answers to common cooking questions and practical kitchen advice. On Amazon, readers frequently mention the book's usefulness for both cooking and teaching science. Readers appreciate: - Clear explanations of kitchen science without oversimplification - Q&A format that makes information easy to find - Practical applications of chemistry concepts - Engaging writing style with humor Common criticisms: - Some readers find certain explanations too basic - Occasional repetition between books in the series - Index could be more comprehensive - Some recipes viewed as unnecessary additions Ratings across platforms: Amazon: 4.6/5 stars (1,000+ reviews) Goodreads: 4.0/5 stars (4,000+ reviews) Barnes & Noble: 4.5/5 stars (200+ reviews) One reader noted: "Wolke answers questions I never thought to ask but am glad someone did." Another commented: "The science is accurate but accessible - no advanced degree required."

What Einstein Told His Cook: Kitchen Science Explained Addresses common food science questions through chemistry explanations and practical cooking applications.

What Einstein Told His Cook 2: Further Adventures in Kitchen Science A continuation of kitchen chemistry explanations covering topics like food additives, cooking methods, and ingredient interactions.

What Einstein Told His Barber: More Scientific Answers to Everyday Questions Explains everyday phenomena and common science misconceptions through basic physics and chemistry principles.

What Einstein Kept Under His Hat: Secrets of Science in the Kitchen Explores the scientific principles behind cooking techniques, food safety, and kitchen equipment functionality.

What Einstein Didn't Know: Scientific Answers to Everyday Questions Examines basic scientific concepts that explain common occurrences in daily life through physics and chemistry.

What Einstein Told His Cook: Kitchen Science Explained (paperback edition) Updated version of the original text with additional questions and expanded explanations of kitchen chemistry concepts.

Harold McGee writes about the science of cooking and food chemistry in "On Food and Cooking." His explanations cover molecular interactions and chemical processes in everyday cooking, with detailed diagrams and historical context.

Mark Kurlansky examines individual ingredients through deep historical research in books like "Salt" and "Cod." He connects food science with economics, politics, and culture through specific cases that shaped human civilization.

Jeffrey Steingarten combines food science investigation with first-hand culinary experiments in his essay collections. He tests cooking theories and debunks myths through methodical research and kitchen trials.

Shirley Corriher explains baking chemistry and cooking techniques based on her background as a biochemist. She focuses on the practical applications of food science principles to help readers understand why recipes work or fail.

Hervé This pioneers molecular gastronomy research and writes about the physics and chemistry of cooking processes. He conducts scientific experiments to understand culinary transformations and traditional cooking methods.