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ABOUT THE FQXi PODCAST

The FQXi podcast brings you the latest ideas in foundational physics and cosmology—and includes interviews with our members and other leading scientists. It's hosted by Zeeya Merali and Brendan Foster. You can contact us at podcast@fqxi.org, and follow us on twitter: @FQXi. The podcast is produced by Zeeya, and music is provided by Baltimore-based Diefenbaker.
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RECENT ARTICLES
click titles to read articles

Think Quantum to Build Better AI
Investigating how quantum memory storage could aid machine learning and how quantum interactions with the environment may have played a role in evolution.

Outside the Box
A proposed quantum set-up that could predict your game-playing strategy resurrects Newcomb’s classic quiz show paradox.

The Quantum Agent
Investigating how the quantum measurement process might be related to the emergence of intelligence, agency and free will.

First Things First: The Physics of Causality
Why do we remember the past and not the future? Untangling the connections between cause and effect, choice, and entropy.

Can Time Be Saved From Physics?
Philosophers, physicists and neuroscientists discuss how our sense of time’s flow might arise through our interactions with external stimuli—despite suggestions from Einstein's relativity that our perception of the passage of time is an illusion.



PODCAST
April 4, 2020

Complete Podcast
 
The FQXi December 31, 2019 Podcast features:
  • 2019: Year in Physics Review Part 2
INFO: MP3 file / 50 minutes / 60 MB
DOWNLOAD (right-click Windows, control-click Mac)
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DISCUSS in the FQXi Community Forum
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Individual Stories
2019: Year in Physics Review Part 2
Concluding our countdown of the biggest stories of the year in physics, as chosen by quantum physicist Ian Durham.
INFO: MP3 file / 50 minutes / 60 MB
DOWNLOAD (right-click Windows, control-click Mac)
LISTEN:
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Recent Comments


If neurons sometimes send and receive electromagnetic signals an obvious possible antenna is the microtubule in the axon. Penrose theorized that microtubules can act like a specialized quantum computer -- perhaps to filter and process the information supplied by photons being absorbed by the microtubule.

Microtubules of different neurons might absorb different frequencies of EM radiation. By experimenting and theorizing about which frequencies of photons would be absorbed -- those...


Input to the visual system is electromagnetic radiation which causes electric signalling to be produced from photo-receptors. In some cases it causes quieting of a signal that is the default condition. In the brain nerve impulses are electric and there are also chemical neurotransmitters involved in impulse transmission between nerve cells. I don;t think electromagnetic "light" signals play a role in the brain except in stimulating the pituitary gland and by doing so helping in the setting of...


The most important part of physics might be totally undiscovered and not looked for in experiments. Despite all the technological progress science has brought, maximum life span has not increased -- some people made it over 100 years old, thousands of years ago.

If we could move minds to highly engineered artificial bodies we could all live a very long time and each year artificial bodies could get better and be designed for a wide variety of environments in the universe.

The...

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