linkedin post 2021-05-19 06:17:51

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BLACK HOLES & BRAINS. “The above features may serve as a supporting evidence that some version of black hole information storage may be taking place within classical brains.” https://onlinelibrary.wiley.com/doi/full/10.1002/prop.201800007?casa_token=GdPRXs_tGLEAAAAA%3Ag-pxPMtkcleTYDUNK3mYGfpEzKRyc2LqQknTgFFB7dkYFDL8rDe2s0f4_0Q0oKjXD4_AEgFPGWolVTQ View in LinkedIn
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linkedin post 2021-05-19 06:18:46

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CAVEAT. “Finally, we wish to stress that by no means our result should be interpreted as an indication that the real quantum gravity effects play any role in memory storage in biological brains. Such suggestions have been made in the past and have been partially addressed by [17].This is not the question we are trying to discuss.” https://onlinelibrary.wiley.com/doi/full/10.1002/prop.201800007?casa_token=GdPRXs_tGLEAAAAA%3Ag-pxPMtkcleTYDUNK3mYGfpEzKRyc2LqQknTgFFB7dkYFDL8rDe2s0f4_0Q0oKjXD4_AEgFPGWolVTQ View in LinkedIn
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linkedin post 2021-05-19 06:19:56

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SUMMARY. “Our idea is fundamentally different. Following,1 we suggest that the enhanced memory capacity mechanism that operates in black holes is very general in its essence and goes beyond the gravitational systems. Moreover, it possess a well‐defined classical counterpart. Correspondingly, this mechanism can be operative in the brain networks, both quantum and classical.” https://onlinelibrary.wiley.com/doi/full/10.1002/prop.201800007?casa_token=GdPRXs_tGLEAAAAA%3Ag-pxPMtkcleTYDUNK3mYGfpEzKRyc2LqQknTgFFB7dkYFDL8rDe2s0f4_0Q0oKjXD4_AEgFPGWolVTQ View in LinkedIn
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linkedin post 2021-05-19 06:21:08

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OUTER FRINGE. “The key is the phenomenon of criticality that takes place in systems with gravity‐like synaptic connections among the bosonic degrees of freedom that can be in highly excited (highly occupied) states. In such states many gapless modes emerge.” https://onlinelibrary.wiley.com/doi/full/10.1002/prop.201800007?casa_token=GdPRXs_tGLEAAAAA%3Ag-pxPMtkcleTYDUNK3mYGfpEzKRyc2LqQknTgFFB7dkYFDL8rDe2s0f4_0Q0oKjXD4_AEgFPGWolVTQ View in LinkedIn
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linkedin post 2021-05-20 03:29:48

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HOLOGRAM. “For a certain symmetry structure of the network, the gapless modes appear to inhabit a lower dimensional surface area, thereby displaying a holographic behaviour.” https://onlinelibrary.wiley.com/doi/full/10.1002/prop.201800007?casa_token=GdPRXs_tGLEAAAAA%3Ag-pxPMtkcleTYDUNK3mYGfpEzKRyc2LqQknTgFFB7dkYFDL8rDe2s0f4_0Q0oKjXD4_AEgFPGWolVTQ View in LinkedIn
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linkedin post 2021-05-20 03:30:39

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END OF PAPER. This concludes this difficult and extraordinary paper by Gia Dvali of the Max Planck Institute in Germany. It illustrates the type of extreme thinking that is possible when physicists turn their minds to biology, and the novelty of their whole approach. It will be a great day when more physicists think about biological complexity with their very special way of analyzing reality. https://onlinelibrary.wiley.com/doi/full/10.1002/prop.201800007?casa_token=GdPRXs_tGLEAAAAA%3Ag-pxPMtkcleTYDUNK3mYGfpEzKRyc2LqQknTgFFB7dkYFDL8rDe2s0f4_0Q0oKjXD4_AEgFPGWolVTQ View in LinkedIn
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linkedin post 2021-05-20 03:32:58

linkedin post 2021-05-20 03:32:58

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STRANGE DECAY. “Black holes are known to saturate the bound on information storage capacity. This is quantified by their micro-state entropy that is holographic by its nature as it obeys the area law. It is also known that black holes decay in a strange way:  Slowly releasing energy but no information for a very long time.” https://www.d-itp.nl/shared-content/events/events/scientific/00/2018-okt-18-georgi-dvali-iop-colloquium.html?cb View in LinkedIn
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