Rise of the Self-Replicators
Early Visions of Machines, AI and Robots That Can Reproduce and Evolve
Tim Taylor and Alan Dorin
In Rise of the Self-Replicators we delve into the deep history of thought about machines, AI and robots that can reproduce and evolve. Although these might seem like very modern concepts, we show that people were thinking about them as far back as the mid-1600s and that the discussion gathered pace in the 1800s following the British Industrial Revolution and the publication of Darwin's On The Origin of Species.
Behind all of the work we discuss lie two central questions:
- Is it possible to design robots and other machines that can reproduce and evolve just like biological organisms do?
- And, if so, what are the implications: for the machines, for ourselves, for our environment, and for the future of life on Earth and elsewhere?
The core of the book provides a chronological survey and comprehensive archive of the early history of thought about machine self-reproduction and evolution. It covers work by scientists, philosophers, science fiction writers and engineers, including many examples that have not been discussed elsewhere before now.
We show that the work described can be categorised into two main flavours: one concerned with the evolutionary potential of such technology as a route to superintelligent AI, and the other concerned with the general manufacturing capabilities of self-reproducing machines with potential long-term applications including the colonisation of other worlds.
We conclude with a discussion of what we consider to be the most likely directions for future work, emphasising that the management of risk in the development of this technology should be based upon a firm understanding of the issues at stake. In doing this, we hope to inspire a broad community discussion about the significant implications of intelligent evolving machines.
Rise of the Self-Replicators will be of interest to the general reader and a valuable resource for researchers, practitioners, and historians engaged with ideas in artificial intelligence, artificial life, robotics, and evolutionary computing.
Sci-fi movies and novels about self-replicating machines are but the tip of a very deep intellectual iceberg whose roots reach centuries back in time and tap rich veins of thought in literature, philosophy, and mathematics. Taylor and Dorin, active researchers in their own right at the bleeding age of such technologies, provide a masterful tour through this fascinating and little-known historical landscape. This book will fascinate a wide range of readers, from those who just love Terminator movies, to those who wish to think more deeply about where technology came from and where it may be taking us.
... the topics reviewed in the book Rise of the Self-Replicators ... may become a major scientific focus beyond the current AI-hype. The book ... provides an intriguing historical perspective on the origin of the ideas around self-replication and evolution in machines. ... Rise of the Self-Replicators is a great read, and highly recommended ...
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- Provides the first comprehensive early history of machine self-reproduction and evolution.
- Covers the period of roughly 1650-1960 and includes a summary of more recent work that has been covered elsewhere.
- Synthesizes contributions from philosophy, science fiction, science and engineering.
- Uncovers many examples that have never been discussed in the AI and Artificial Life literature before now.
- Considers the relevance of this early work to current debates about the future of AI.
- Primarily aimed at an academic audience, but also accessible to a wider readership.
Films of Lionel Penrose's explorations of physical self-replication
As described in Section 5.3.1 of the book, the British scientist Lionel Penrose commissioned two films to demonstrate his studies of mechanical models of self-replication. From the mid-1950s to the early-1960s he designed and built a series of ingenious and increasingly complex wooden contraptions capable of catalysing the formation of more of their own kind when provided with a supply of basic units to fuel the reproduction process.
Automatic Mechanical Self Replication (Part 1), 1958
Automatic Mechanical Self Replication (Part 2), 1961