Marco Tamborini is an associate professor at Pegaso University in Italy, where he teaches, supervises students, and conducts research in the history and philosophy of science and technology. He is author of The Architecture of Evolution: The Science of Form in Twentieth-Century Evolutionary Biology.
For centuries, scientists have looked to nature for models when inventing new technologies. This book shows how ideas drawn from biology have inspired new ways of making and thinking—from robots modeled on living organisms to materials that mimic natural processes. Through vivid examples from the twentieth and twenty-first centuries, it explores how these “bio-inspired” innovations reshape what we know about science, design, and the natural world itself. By bringing together the history of science and the philosophy of technology, Marco Tamborini reveals how evolving research practices blur the boundaries between the natural and the artificial. The result is a compelling account of how nature continues to guide technological imagination and how the quest to understand life has transformed the tools we build to study it.
In the final decades of the twentieth century, the advent of evolutionary developmental biology (evo-devo) offered a revolutionary new perspective that transformed the classical neo-Darwinian, gene-centered study of evolution. In The Architecture of Evolution, Marco Tamborini demonstrates how this radical innovation was made possible by the largely forgotten study of morphology. Despite the key role morphology played in the development of evolutionary biology since the 1940s, the architecture of organisms was excluded from the Modern Evolutionary Synthesis. And yet, from the beginning of the twentieth century to the 1970s and ’80s, morphologists sought to understand how organisms were built and how organismal forms could be generated and controlled. The generation of organic form was, they believed, essential to understanding the mechanisms of evolution. Tamborini explores how the development of evo-devo and the recent organismal turn in biology involved not only the work of morphologists but those outside the biological community with whom they exchanged their data, knowledge, and practices. Together with architects and engineers, they worked to establish a mathematical and theoretical basis for the study of organic form as a mode of construction, developing and reinterpreting important notions that would play a central role in the development of evolutionary developmental biology in the late 1980s. This book sheds light not only on the interdisciplinary basis for many of the key concepts in current developmental biology but also on contributions to the study of organic form outside the English-speaking world.