Consciousness causes higher entropy compared to unconscious states in the human brain

thoughtfuhk · 2018-01-31T08:25:03+00:00

Here's a newish article by another author: Scientists Show Human Consciousness Could Be a Side Effect of 'Entropy' Paper in article: https://arxiv.org/abs/1606.00821 My earlier thread regarding human purpose, entropy and artificial general intelligence may be a good way to help explain the paper above. (See the earlier thread) Anyway, the paper from the new article above says the more deep in sleep the mind, the lower the entropy. The converse is true, the more awake the mind is, the higher the information content, the higher the amount of neuronal interactions, the higher the values of entropy. The paper uses "Stirling Approximation" to compute some measure of entropy, "macrostate" [math]C[/math]: [math]S = ( N \cdot ln(N/N − p) − p \cdot ln(p/N − p) ) \equiv lnC[/math] (Figure 1 Stirling approximation on human EEG data) I think it is reasonable to estimate that "[math]C \in \{X\}[/math]", where "[math]C[/math]" represents an ensemble or macrostate sequence about some distribution of entropy in human neuronal terms as underlined by Mateos et al in new article/paper above, while "[math]\{X\}[/math]" (wrt equation 4 from Alex Wissner Gross' hypothesis/paper from my earlier thread) describes some macrostate partition that reasonably encompasses constrained path capability, that permits entropy maximization, as underlined by Dr. Alex Wissner Gross in his hypothesis. Finally, beyond the scope of humans (as indicated by "[math]C[/math]") one may additionally garner of some measure of "[math]\{X\}[/math]" that may subsume higher degrees of entropy. (i.e. Artificial General Intelligence will likely have more brain power than humans, and hence a higher measure of "[math]\{X\}[/math]" compared to humans.) In the section 5 or the conclusion of the newish paper by Mateos et al, they also hope to describe the entropy maximization phenomenon in terms of "non-biological" entities (i.e. apparently Artificial General Intelligence), so perhaps my imagination above, about some additional measure of [math]\{X\}[/math] beyond human conscious state (where entropy in humans is denoted [math]C[/math]), is reasonable.

January 31, 20187 yr

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Here's a newish article by another author: Scientists Show Human Consciousness Could Be a Side Effect of 'Entropy'
Paper in article: https://arxiv.org/abs/1606.00821
My earlier thread regarding human purpose, entropy and artificial general intelligence may be a good way to help explain the paper above. (See the earlier thread)

Anyway, the paper from the new article above says the more deep in sleep the mind, the lower the entropy.

The converse is true, the more awake the mind is, the higher the information content, the higher the amount of neuronal interactions, the higher the values of entropy.

The paper uses "Stirling Approximation" to compute some measure of entropy, "macrostate" [math]C[/math]:

[math]S = ( N \cdot ln(N/N − p) − p \cdot ln(p/N − p) ) \equiv lnC[/math] (Figure 1 Stirling approximation on human EEG data)

I think it is reasonable to estimate that "[math]C \in \{X\}[/math]", where "[math]C[/math]" represents an ensemble or macrostate sequence about some distribution of entropy in human neuronal terms as underlined by Mateos et al in new article/paper above, while "[math]\{X\}[/math]" (wrt equation 4 from Alex Wissner Gross' hypothesis/paper from my earlier thread) describes some macrostate partition that reasonably encompasses constrained path capability, that permits entropy maximization, as underlined by Dr. Alex Wissner Gross in his hypothesis.

Finally, beyond the scope of humans (as indicated by "[math]C[/math]") one may additionally garner of some measure of "[math]\{X\}[/math]" that may subsume higher degrees of entropy. (i.e. Artificial General Intelligence will likely have more brain power than humans, and hence a higher measure of "[math]\{X\}[/math]" compared to humans.)

In the section 5 or the conclusion of the newish paper by Mateos et al, they also hope to describe the entropy maximization phenomenon in terms of "non-biological" entities (i.e. apparently Artificial General Intelligence), so perhaps my imagination above, about some additional measure of [math]\{X\}[/math] beyond human conscious state (where entropy in humans is denoted [math]C[/math]), is reasonable.

Edited January 31, 20187 yr by thoughtfuhk

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Consciousness causes higher entropy compared to unconscious states in the human brain

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