Article 1:
Continuing to Study also on March 26th 2024, Hebrew Bible and -Gravity.
https://kyonissho.com/kyos-blog/blog/2024/03/26/continuing-to-study-march-26th-2024-hebrew-bible-and-gravity/
Update 1:
from
Fig.14:
...
(2)' Two of (ψ, 0) have repulsion, but the released most of (0, φ) from the cosmos press multi-(ψ, 0), e.g. protons, into an atom, because any projection-to-0 space can arise to (ψ, 0) space. Then (0, φ) is in -gravity.
...
to
Fig.14:
...
(2)' x^d + y^d ≠ z^d. Then two of (ψ, 0) have repulsion, because (ψ, 0) + (ψ, 0) = 2(ψ, 0) and x^3 + x^3 = 2x^3 ≠ z^d when (ψ, 0) = x^3, it means that 2(ψ, 0) can't occupy same space, but the released most of (0, φ) from the cosmos press multi-(ψ, 0), e.g. protons, into an atom. This (0, φ) is in -gravity.
...
Article 2:
Galois’ fields; Combined in +Gravity. The Tidal Force into the Unstable Generation.
https://kyonissho.com/kyos-blog/blog/2024/07/15/galois-fields-combined-in-gravity-the-tidal-force-into-the-unstable-generation/
Update 2:
from
Fig.4:
...
(2)' Two of (ψ, 0) have repulsion, but the released most of (0, φ) from the cosmos press multi-(ψ, 0), e.g. protons, into an atom. This (0, φ) is in -gravity.
...
to
Fig.4:
...
(2)' Two of (ψ, 0) have repulsion, but the released most of (0, φ) from the cosmos press multi-(ψ, 0), e.g. protons, into an atom, because any projection-to-0 space can arise to (ψ, 0) space. Then (0, φ) is in -gravity.
…
Article 3:
Studying Minkowski’s Space-Time
https://kyonissho.com/kyos-blog/blog/2023/09/19/studying-minkowskis-space-time/
Update 3:
from
Fig.24:
...
(2)' Two of (ψ, 0) have repulsion, but the released most of (0, φ) from the cosmos press multi-(ψ, 0), e.g. protons, into an atom. This (0, φ) is in -gravity.
...
to
Fig.24:
…
(2)' Two of (ψ, 0) have repulsion, but the released most of (0, φ) from the cosmos press multi-(ψ, 0), e.g. protons, into an atom, because any projection-to-0 space can arise to (ψ, 0) space. Then (0, φ) is in -gravity.
…
Article 4:
Studying Quantum Biology 2
https://kyonissho.com/kyos-blog/blog/2024/01/09/studying-quantum-biology-2-2/
Update 4:
from
Fig.23:
…
(2)' Two of (ψ, 0) have repulsion, but the released most of (0, φ) from the cosmos press multi-(ψ, 0), e.g. protons, into an atom. This (0, φ) is in -gravity.
…
to
Fig.23:
...
(2)' Two of (ψ, 0) have repulsion, but the released most of (0, φ) from the cosmos press multi-(ψ, 0), e.g. protons, into an atom, because any projection-to-0 space can arise to (ψ, 0) space. Then (0, φ) is in -gravity.
…
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