Alan Turing helped change not only what computers can do, but how we think about thinking itself. What is Turing’s legacy at the point where logic, language, and human judgement meet? What does it mean to call a process “mechanical?” And why does ordinary language and “common sense” remain central to questions about intelligence? As machines seem to think more and more like us, the hardest question may be what kind of thinking was human to begin with.

Join us for a pre-show demonstration of how an Enigma machine works to encrypt a message. Generously provided and demonstrated by Dick Rubinstein, this postwar, Swiss-made NEMA Enigma machine takes you back into the late-1940s to a time of mechanical encryption and all you needed to carry could fit in a typewriter-sized box.

From factory floors to cockpits to the devices we carry on us—and sometimes inside us—every day, automation is often framed as a story of humans stepping aside while machines take over. But is that really the case? Behind nearly every “autonomous” system lies a more tangled reality of oversight, intervention, and shared control. As the line between human action and machine action grows harder to see, so too does the question of who is truly in command.

Join us for a pre-show demonstration of how an Enigma machine works to encrypt a message. Generously provided and demonstrated by Dick Rubinstein, this postwar, Swiss-made NEMA Enigma machine takes you back into the late-1940s to a time of mechanical encryption and all you needed to carry could fit in a typewriter-sized box.

Join us for a pre-show demonstration of how an Enigma machine works to encrypt a message. Generously provided and demonstrated by Dick Rubinstein, this postwar, Swiss-made NEMA Enigma machine takes you back into the late-1940s to a time of mechanical encryption and all you needed to carry could fit in a typewriter-sized box.