TFNR - Evolutionary dynamics - Revision history

Paolo at 07:20, 28 June 2024

2024-06-28T07:20:29Z

Paolo at 16:27, 26 June 2024

2024-06-26T16:27:27Z

Paolo: Created page with "As anticipated, we resume here '''the most relevant themes that characterize classical/relativistic and quantum dynamics''', especially quantum given its high degree of "weird..."

2024-06-26T16:27:13Z

Created page with "As anticipated, we resume here '''the most relevant themes that characterize classical/relativistic and quantum dynamics''', especially quantum given its high degree of "weird..."

New page

As anticipated, we resume here '''the most relevant themes that characterize classical/relativistic and quantum dynamics''', especially quantum given its high degree of "weirdness" and distance from a "more common" vision of Reality.

As we will see, both the vision of Physical Reality proposed by classical / relativistic physics and that proposed by Quantum Mechanics, in my opinion, '''are affected by fundamental errors''' that come partly from the inability to let go of the past, a given and limited vision (classical determinism and relativistic) and partly by the inability to describe and explain phenomena such as double slit interference and entanglement without resorting to "imaginative" hypotheses, an inability largely determined by the difficulty of observing the most elementary levels of Reality and what I have called "internal distribution " of the InfoStructures.

Let's try to proceed in order...

← Older revision		Revision as of 07:20, 28 June 2024
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−	As anticipated, we ~~resume~~ here '''the most relevant themes that characterize classical/relativistic and quantum dynamics''', especially quantum given its high degree of "weirdness" and distance from a "more common" vision of Reality.	+	As anticipated, we summarize here '''the most relevant themes that characterize classical / relativistic and quantum dynamics''', especially quantum given its high degree of "weirdness" and distance from a "more common" vision of Reality.

	As we will see, both the vision of Physical Reality proposed by classical / relativistic physics and that proposed by Quantum Mechanics, in my opinion, '''are affected by fundamental errors''' that come partly from the inability to let go of the past, a given and limited vision (classical determinism and relativistic) and partly by the inability to describe and explain phenomena such as double slit interference and entanglement without resorting to "imaginative" hypotheses, an inability largely determined by the difficulty of observing the most elementary levels of Reality and what I have called "internal distribution " of the InfoStructures.		As we will see, both the vision of Physical Reality proposed by classical / relativistic physics and that proposed by Quantum Mechanics, in my opinion, '''are affected by fundamental errors''' that come partly from the inability to let go of the past, a given and limited vision (classical determinism and relativistic) and partly by the inability to describe and explain phenomena such as double slit interference and entanglement without resorting to "imaginative" hypotheses, an inability largely determined by the difficulty of observing the most elementary levels of Reality and what I have called "internal distribution " of the InfoStructures.

← Older revision		Revision as of 16:27, 26 June 2024
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	Let's try to proceed in order...		Let's try to proceed in order...
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