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About

A. Thompson is a pioneering figure in evolutionary robotics and evolvable hardware, whose work has fundamentally challenged conventional engineering design. His research explores how artificial evolution can autonomously create electronic circuits and robot controllers, often exploiting physical properties that human designers would never consider. Thompson's landmark 1997 paper "Evolutionary robotics: the Sussex approach" (254 citations) established a paradigm for evolving robot controllers directly in hardware. His highly influential 1999 work "Explorations in design space" (202 citations) demonstrated that evolutionary algorithms can access regions of circuit design space beyond the reach of traditional methods. Thompson's major contributions include demonstrating that artificial evolution can produce inherently fault-tolerant systems without explicit redundancy—a concept he developed across multiple papers (totaling over 200 citations). His 1995 paper on evolving controllers that exploit hardware resources (122 citations) showed how evolution can leverage unintended physical properties. Notably, his 2020 work on evolved transistor array controllers achieved the first successful evolution of analog robot control circuits for visually guided behaviors in complex environments. Thompson's research continues to inspire new approaches to autonomous design and fault tolerance in electronic systems.