
Sign up to save your podcasts
Or
Have you ever picked up a video game for the first time and felt completely lost? After a few failed attempts, you surely got better and better each time. In the same way, we can learn how to play a game or use a new piece of technology, scientists at Cortical Labs are teaching brain cells in a Petri dish to play the 1970s arcade classic Pong. With electrical feedback stimulation, the cells can learn to move a virtual platform and volley a ball back and forth with impressive accuracy. In this episode, Dr. Brett Kagan, chief scientific officer at Cortical Labs, tells us how they developed the DishBrain. We discuss how predictable feedback enables neurons to exhibit goal-directed behavior, the question of sentience, and whether we might use synthetic biological intelligence as a medical tool in the future.
4.9
4545 ratings
Have you ever picked up a video game for the first time and felt completely lost? After a few failed attempts, you surely got better and better each time. In the same way, we can learn how to play a game or use a new piece of technology, scientists at Cortical Labs are teaching brain cells in a Petri dish to play the 1970s arcade classic Pong. With electrical feedback stimulation, the cells can learn to move a virtual platform and volley a ball back and forth with impressive accuracy. In this episode, Dr. Brett Kagan, chief scientific officer at Cortical Labs, tells us how they developed the DishBrain. We discuss how predictable feedback enables neurons to exhibit goal-directed behavior, the question of sentience, and whether we might use synthetic biological intelligence as a medical tool in the future.
758 Listeners
810 Listeners
125 Listeners
111 Listeners
2,050 Listeners
853 Listeners
355 Listeners
490 Listeners
654 Listeners
1,471 Listeners
3,319 Listeners
386 Listeners
121 Listeners
1,671 Listeners
3,470 Listeners