Miles Mathis' Charge Field - Portal

Just wanted to examine how "Graphene" is expressed in the Charge Field.  This apparently is a high focus area of research at the moment.

Came across this article which followed up assorted research on this over various sources.  Wanted to get a post going similar to that on TB's forum just in case ideas develop around this:
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Proc Natl Acad Sci U S A. 2019 Sep 3;116(36):17666-17672. doi: 10.1073/pnas.1907871116. Epub
2019 Aug 19.

Abiotic methane synthesis and serpentinization in olivine-hosted fluid inclusions.

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https://www.mn.uio.no/fysikk/english/research/groups/amks/superconductivity/dend/
http://www.thunderbolts.info/forum/phpBB3/viewtopic.php?p=4785#p4785

Found this article to be fascinating coverage. Well worth the read. It covers the charge field for superconductors (classic) in some detail with good photographs.
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When a superconducting film is placed in a perpendicular magnetic field, …

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Just wanted to recap some of Miles' earlier work on Blue-shift and the Charge Field. I think if this could be reconciled with Charge-Field mechanics it could lead to a lot clarity on Mathis' "Binding" and gravity. Color is an important part of photon-mechanics that many of the modeling efforts here often over look...not on purpose but it is very difficult to account for. If …

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Proton




Electron & Proton


Proton Bundles
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What is the reason a spinning b-photon would begin to spin about an origin at its surface after a collision? Intuitively, I thought it was due to the velocity of one side of the b-photon being unable to exceed c, and therefore spinning about the subsequent axes as the only means to conserve velocity. Is there a general theory or consensus on this?

How can a stacked spin proton live for more than a fraction of a second? In order to produce any coulomb effect, the proton would be having to distribute its velocity to all the charge b-photons in order to change their velocities. Any stacked-spin structure should collapse within a few attoseconds. What am I missing?

Given that we accept b-photons have a tangential velocity of c in their end-over-end spins, how do we account for the fact that the b-photon would therefore be travelling at 2c half the time in its second stacked spin and even faster in subsequent outer spins. Nevyn's paper calculates the angular velocity of each spin. They are much slower than c, so I suspect this accounts for it. If I …

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As Mathis' model supposes, a particle's apparent charge is due to the cross-section of a stacked-spin b-photon (it's effective size) relative to gravitational attraction. Consider also that mass is proportional to the stacked spin count. How could a neutron possibly exhibit a neutral charge when it's mass (and therefore it's cross section) is greater than a proton? Shouldn't it be positive, if …

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