OK. Xmas is behind us. Let's dance!

On Thu, Dec 24, 2020 at 2:44 PM Matt Mahoney <[email protected]>
wrote:

> Colin, you haven't answered my question. I don't understand how electrical
> noise from neurons magically makes intelligence possible.
>

The last thing that the EM fields are is noise. None of it is noise. LFP,
ECog, fMRI, EEG, MEG ... these are the brain-EM-based signals that have
literally been used for defining brain operation for 65 years and over. ALL
are EM field measurements. "Chemical" refers to EM fields. Chemical
potential is an EM field phenomenon. "Quantum" means quantised EM fields.
>From DC to daylight. The diffusion that happens in the brain is EM objects
(atoms/molecules) thermodynamically flying about, hitting each other. There
is spectacular and beautiful chaotic scale-free emergent complexity
behaviour *in the EM field signalling* and it has an empirically proved
functional significance (read the references in suppl 2). It is not noise.
This signalling starts out as energy stored in the static cell membrane
....~5,000 m^2 of 10^7 V/m in an adult human brain. A massive electric
field. Spatially and in intensity. It is emergent in the collective
behaviour of cell membrane chemistry.

*Your question's premise is wrong.*

I don't have to justify the EM field basis of brain function - you have to
point at *anything* in the brain that is *not *EM field based. I can think
of 2 things but they have no evidence of being directly involved in
cognition/intelligence. They merely determine the behaviour of atoms and
therefore ions and therefore EM field generation. Can you think of them?

The EM fields are everything that is relevant to brain function. There is
literally nothing else there but space and EM field impressed on it by
systems of charge/current sources (with a little mass attached to the
charges). EM fields literally make the signalling behaviour of neurons.
What do you think creates it? You are the one believing in magic. Not me.
It's physics: The fundamental physics of the brain is EM fields Maxwell's
equations combined with diffusion within the Lorentz force equation. Look
at the computational study in the paper (my PhD thesis result). Those that
peer reviewed it do not dismiss the fields like you do.

So please get your facts straight.

If you want to understand what a brain is doing. Start at EM. Then we can
engage with the actual message of the paper, which is NOT primarily about
EM per se. It is about a malformed science (neuroscience) and what physical
scientific behaviour we would be doing if we corrected the science. That
correction takes the form of finally paying attention to the EM fields
instead of ignoring them on an industrial scale or speciously dismissing
them as if they aren't at the center of it.

Please read the paper and focus on the real message. Happy to see it
soundly refuted. Not happy to be arguing about irrelevant misinformation.

Colin

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