"Inspired by her interdisciplinary studies in history, anthropology, and sociology at Columbia, Conway sought, as an engineer, not only to ride a wave of innovation in computing but to spark maximal diffusion of her open-ended method for better VLSI chips by empowering more researchers to advance the field."
Lynn Conway gave the most amazing talk I'd seen up to that point in my life, in the 1980's at Columbia. (Whitfield Diffie would be the other.) She opened with graphs of how birds in England had learned to poke the foil on milk deliveries, and drink the cream. She generalized this to describing how she deliberately used her training in anthropology to accelerate the spread of her new approach to VSLI chip design.
I had no idea she was trans, though the only way it could matter would be as another data point for how being at odds with the conventional world so often boosts creative thinking. And I've encouraged many students since, "To be a revolutionary, first embrace that you want to be a revolutionary."
"Inspired by her interdisciplinary studies in history, anthropology, and sociology at Columbia, Conway sought, as an engineer, not only to ride a wave of innovation in computing but to spark maximal diffusion of her open-ended method for better VLSI chips by empowering more researchers to advance the field."
Lynn Conway gave the most amazing talk I'd seen up to that point in my life, in the 1980's at Columbia. (Whitfield Diffie would be the other.) She opened with graphs of how birds in England had learned to poke the foil on milk deliveries, and drink the cream. She generalized this to describing how she deliberately used her training in anthropology to accelerate the spread of her new approach to VSLI chip design.
I had no idea she was trans, though the only way it could matter would be as another data point for how being at odds with the conventional world so often boosts creative thinking. And I've encouraged many students since, "To be a revolutionary, first embrace that you want to be a revolutionary."