Growing Explanations: Historical Perspectives on Recent Science

Growing Explanations examines how scientific explanations and models have evolved from the 19th century through modern times. The book brings together essays from multiple scholars analyzing the development of scientific understanding across fields including physics, biology, economics, and social sciences. The collection focuses on the concept of "growing" explanations - how scientific knowledge builds and expands over time through new methods, technologies, and theoretical frameworks. Case studies explore key historical examples of how explanations in science have developed and transformed. Different chapters investigate topics like the emergence of statistical thinking, the role of modeling and simulation, and changes in how causation is understood in various scientific disciplines. The authors examine both successful and unsuccessful attempts to expand scientific explanations in different historical contexts. The work provides insights into the nature of scientific progress and how the process of explanation itself has changed over time. This historical perspective raises important questions about the relationships between observation, theory, and understanding in science.

There are not enough internet reviews to create a summary of this book. Instead, here is a summary of reviews of Norton Wise's overall work: Norton Wise's academic works receive attention primarily from history of science scholars and specialists. Readers praise his detailed historical analysis and original insights into how scientific practices evolved alongside industrial development. What Readers Liked: - Deep archival research and careful attention to historical context - Clear explanations of complex scientific concepts - Integration of social and technical aspects of science history What Readers Disliked: - Dense academic prose that can be challenging for non-specialists - Limited accessibility for general readers - High level of technical detail that some find overwhelming Due to the specialized nature of Wise's work, public review data is limited. On Google Books, "Energy and Empire" has a 4/5 rating from science historians and graduate students. Academic reviews cite his "meticulous research methodology" and "innovative approach to analyzing scientific practice." However, some readers note the books "require significant background knowledge" and "could benefit from more accessible presentation."

Models of Discovery by Herbert A. Simon This exploration of scientific discovery processes and model-building in science connects historical examples with cognitive science principles.

The Scientific Life by Steven Shapin The text examines how scientific knowledge is produced through social interactions and institutional frameworks across different historical periods.

Objectivity by Lorraine Daston, Peter Galison The study traces the evolution of scientific objectivity by analyzing how scientists have documented and represented nature from the 18th century to present day.

Making Natural Knowledge by Jan Golinski This work demonstrates how scientific knowledge emerges through cultural practices and social constructions throughout history.

The Mangle of Practice by Andrew Pickering The book presents a detailed analysis of how scientific knowledge develops through the interaction between human agency and material resistance in laboratory settings.

🔍 Norton Wise is a distinguished professor at UCLA's Department of History, specializing in the history of science and how scientific knowledge develops over time. 📚 The book examines how scientific explanations have evolved from the 18th century to modern times, with particular focus on how visual representations and models help develop scientific understanding. 🎯 One of the book's key themes is how scientists use scaling - moving between micro and macro levels - to explain complex phenomena, from atomic structures to ecosystem dynamics. 🔬 The text includes detailed analysis of James Clerk Maxwell's work, showing how his mechanical models of electromagnetic fields helped bridge abstract mathematics with physical understanding. 🌱 The title "Growing Explanations" refers to the book's central argument that scientific explanations aren't simply discovered but grow organically through interaction between theory, experiment, and visualization.