Chapter
Deep Symmetries Beyond Space-Time.
1:15:53 - 1:24:00 (08:07)
Researchers discovered deeper symmetries in scattering data that cannot be seen in space-time, and they analyze correlations between stars and objects in space. Funding is also explored for scientific studies in the realm of psychotropic drugs, including the use of psychedelic compounds.
Clips
Theoretical physicists were faced with the challenge of calculating collision amplitudes for particle colliders like the superconducting supercollider, which required a lot of algebraic calculations.
1:15:53 - 1:17:34 (01:41)
Summary
Theoretical physicists were faced with the challenge of calculating collision amplitudes for particle colliders like the superconducting supercollider, which required a lot of algebraic calculations. This led to the development of particle amplitude computers that could handle the necessary computations quickly and efficiently.
ChapterDeep Symmetries Beyond Space-Time.
Episode#585: Professor Donald Hoffman — The Case Against Reality, Beyond Spacetime, Rethinking Death, Panpsychism, QBism, and More
PodcastThe Tim Ferriss Show
The scattering data that cannot be seen in space-time are deeper symmetries that are true of the data observed at colliders; researchers also analyze the correlations between stars and other space objects, the two and three-point correlations, among others.
1:17:35 - 1:20:29 (02:54)
Summary
The scattering data that cannot be seen in space-time are deeper symmetries that are true of the data observed at colliders; researchers also analyze the correlations between stars and other space objects, the two and three-point correlations, among others.
ChapterDeep Symmetries Beyond Space-Time.
Episode#585: Professor Donald Hoffman — The Case Against Reality, Beyond Spacetime, Rethinking Death, Panpsychism, QBism, and More
PodcastThe Tim Ferriss Show
The speaker has been funding scientific studies on psychotropic drugs, particularly on psychedelic compounds, for the past six to eight years.
1:20:29 - 1:22:49 (02:19)
Summary
The speaker has been funding scientific studies on psychotropic drugs, particularly on psychedelic compounds, for the past six to eight years. He finds these drugs deeply interesting and believes they have the potential to interact with other conscious agents.
ChapterDeep Symmetries Beyond Space-Time.
Episode#585: Professor Donald Hoffman — The Case Against Reality, Beyond Spacetime, Rethinking Death, Panpsychism, QBism, and More
PodcastThe Tim Ferriss Show
While traditional scientific frameworks may explain the effects of consciousness-altering drugs as mere brain malfunction, a theory in which consciousness is fundamental leaves open the possibility that these drugs may open up new portals into the realm of conscious agents.
1:22:49 - 1:24:00 (01:11)
Summary
While traditional scientific frameworks may explain the effects of consciousness-altering drugs as mere brain malfunction, a theory in which consciousness is fundamental leaves open the possibility that these drugs may open up new portals into the realm of conscious agents. Mathematician and philosopher Dr. Donald Hoffman explores this idea and discusses the need for a theory of portals.