Nice discussion between Rovelli and Smolin

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In summary, the focus of the conversation is on the concept of free will and its relationship to determinism, quantum theory, and statistical fluctuations. The speaker argues that free will, properly understood, is real and not an illusion. They also reject the idea that it is linked to moral, ethical, or legal issues. The speaker explains that criminal behavior can be explained by physical laws, but this does not negate the existence of free will. They also address the idea that free will is connected to quantum mechanics and argue against this viewpoint. However, they acknowledge that there may be more to reality than we currently understand.
  • #1
John86
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FREE WILL, DETERMINISM, QUANTUM THEORY AND STATISTICAL FLUCTUATIONS: A PHYSICIST'S TAKE

Any attempt to link this discussion to moral, ethical or legal issues, as is often been done, is pure nonsense. The fact that it is possible to say that a criminal has been driven to kill because of the ways in which Newton's laws have acted on the molecules of his body has nothing to do either with the opportunity of punishment, nor with the moral condemnation. It is respecting those same laws by Newton that putting criminals in jail reduces the murders, and it is respecting those same laws by Newton that society as a whole functions, including its moral structure, which in turn determines behavior. There is no contradiction between saying that a stone flew into the sky because a force pushed it, or because a volcano exploded. In the same manner, there is no contradiction in saying we do not commit murder because something is encoded in the decision-making structure of our brain or because we are bound by a moral belief.

http://www.edge.org/conversation/fr...tistical-fluctuations-a-physicists-take#25221
 
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  • #2
Look I was acquitted! The evidence was purely circumstantial. It was his word against mine.
 
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  • #3
Erhh. Did I misunderstand this post?
 
  • #4
It's a really interesting essay! John, thanks for calling attention to it!
Based on a careful examination of the concepts R. argues that FW, properly understood, is real. It is not an illusion (as some popular philosophers have asserted).

However R. explains that it doesn't have anything to do with quantum mechanics contrary (or so I think) to a pet theory of Sir Roger Penrose.
 
  • #5
But doesn't R's definition of free will depend on a unique division between internal and external?

But maybe modern man no longer talks to his Ba?
 
  • #6
John86 said:
FREE WILL, DETERMINISM, QUANTUM THEORY AND STATISTICAL FLUCTUATIONS: A PHYSICIST'S TAKE

Any attempt to link this discussion to moral, ethical or legal issues, as is often been done, is pure nonsense. The fact that it is possible to say that a criminal has been driven to kill because of the ways in which Newton's laws have acted on the molecules of his body has nothing to do either with the opportunity of punishment, nor with the moral condemnation. It is respecting those same laws by Newton that putting criminals in jail reduces the murders, and it is respecting those same laws by Newton that society as a whole functions, including its moral structure, which in turn determines behavior. There is no contradiction between saying that a stone flew into the sky because a force pushed it, or because a volcano exploded. In the same manner, there is no contradiction in saying we do not commit murder because something is encoded in the decision-making structure of our brain or because we are bound by a moral belief.

http://www.edge.org/conversation/fr...tistical-fluctuations-a-physicists-take#25221

nice philosophical ruminations.
but maybe reality or nature is much more extensive or larger than we think.
 
  • #7

1. What is the topic of the discussion between Rovelli and Smolin?

The discussion between Rovelli and Smolin is about the concept of time in physics and how it is understood differently by different theories.

2. Who are Rovelli and Smolin?

Carlo Rovelli and Lee Smolin are both theoretical physicists who have made significant contributions to the fields of quantum gravity and loop quantum gravity.

3. What is the main difference between Rovelli and Smolin's views on time?

Rovelli believes in the theory of relational time, which states that time is a product of interactions between objects, while Smolin believes in the theory of absolute time, which states that time is an independent entity that exists regardless of objects.

4. How does this discussion impact current theories in physics?

The discussion between Rovelli and Smolin challenges current theories in physics, particularly in the field of quantum gravity, and opens up new avenues for exploration and understanding of time and its role in the universe.

5. What are some potential applications of understanding time in physics?

Understanding time in physics has wide-ranging implications in various fields, such as cosmology, quantum mechanics, and relativity. It could potentially lead to advancements in technologies related to time travel, space exploration, and even our understanding of the origins and fate of the universe.

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