DiscoverThe Rational View podcast with Dr. Al ScottDr. Michael Weist provides a crucial piece of evidence linking consciousness to quantum states in microtubules
Dr. Michael Weist provides a crucial piece of evidence linking consciousness to quantum states in microtubules

Dr. Michael Weist provides a crucial piece of evidence linking consciousness to quantum states in microtubules

Update: 2024-09-28
Share

Description

In this episode I’m returning to the mysterious and challenging topic of consciousness and awareness, the elusive theory of mind that philosophers have chased for centuries, and is now coming to heel under the tools of neurobiology and the framework of modern physics. My guest today has performed experiments on rats that lend credence to the intriguing idea that quantum mechanics could play a basic role in the function of the mind. Are our brains quantum computers? This is a question for The Rational View.


Dr. Micheal Weist received his PhD in Theoretical High-Energy Physics from University of Michigan and is an associate professor of Neuroscience at Wellesley College. His research is focused on learning about the physical basis of consciousness. What is it about the matter in a living brain that makes it experience perceptions, feelings, and thoughts? His research focuses on sensory integration in rats, attempting to understand how neural activity in different parts of the brain gets combined or coordinated to generate a single coherent perception.


Support the podcast at patron dot podbean dot com slash TheRationalView


Come find me on YouTube, Facebook, Instagram, Twitter, and TikTok

Comments 
In Channel
loading
00:00
00:00
x

0.5x

0.8x

1.0x

1.25x

1.5x

2.0x

3.0x

Sleep Timer

Off

End of Episode

5 Minutes

10 Minutes

15 Minutes

30 Minutes

45 Minutes

60 Minutes

120 Minutes

Dr. Michael Weist provides a crucial piece of evidence linking consciousness to quantum states in microtubules

Dr. Michael Weist provides a crucial piece of evidence linking consciousness to quantum states in microtubules

Al Scott