
Sign up to save your podcasts
Or


Support the show to get full episodes, full archive, and join the Discord community.
Check out my free video series about what's missing in AI and Neuroscience
Srini is Emeritus Professor at Queensland Brain Institute in Australia. In this episode, he shares his wide range of behavioral experiments elucidating the principles of flight and navigation in insects. We discuss how bees use optic flow signals to determine their speed, distance, proximity to objects, and to gracefully land. These abilities are largely governed via control systems, balancing incoming perceptual signals with internal reference signals. We also talk about a few of the aerial robotics projects his research has inspired, many of the other cognitive skills bees can learn, the possibility of their feeling pain , and the nature of their possible subjective conscious experience.
0:00 - Intro
By Paul Middlebrooks4.8
134134 ratings
Support the show to get full episodes, full archive, and join the Discord community.
Check out my free video series about what's missing in AI and Neuroscience
Srini is Emeritus Professor at Queensland Brain Institute in Australia. In this episode, he shares his wide range of behavioral experiments elucidating the principles of flight and navigation in insects. We discuss how bees use optic flow signals to determine their speed, distance, proximity to objects, and to gracefully land. These abilities are largely governed via control systems, balancing incoming perceptual signals with internal reference signals. We also talk about a few of the aerial robotics projects his research has inspired, many of the other cognitive skills bees can learn, the possibility of their feeling pain , and the nature of their possible subjective conscious experience.
0:00 - Intro

2,680 Listeners

26,380 Listeners

2,461 Listeners

544 Listeners

246 Listeners

941 Listeners

4,167 Listeners

506 Listeners

203 Listeners

313 Listeners

101 Listeners

551 Listeners

18 Listeners

137 Listeners

270 Listeners