Article:

Studying Quantum Biology 3
https://kyonissho.com/kyos-blog/blog/2025/01/01/studying-quantum-biology-3-2/

Update:

(1)

Fig.2.1:
When {0, 1, 2, 3, 4, 5, 6}set on y-axis and { , 1, 2, 3, 4, 5, 6}set on x-axis exist in the (1 : 1)ratio, then {0}y-axis makes orthogonal with x-axis of { , 1, 2, 3, 4, 5, 6}, {0} is projectd onto the { }x-axis. If you compare this [ } with {{ }, { }, Tn, ... , { }}, you'll awaken a-priori (before experience) what is projected into { } and any a-priori mathematical change is projected into { }.

(2)

Fig.2.2:
{0→1, 1→2, 2→3, 3→4, 4→0}set_of_the_interval as {x →y} is thought, the value of each interval is θ (1θ) = 1, and if 2 as inclination is given at {→0}set_of_1_value, {0→2, 2→4, 4→1, 1→3, 3→0} is projected into space as 2θ = 2 of the inclination 1 of {i0, 0}.

(3)

from

Space itself is inflating toward i0 as the centre and toward far any surface as 0 of globe, any centre is any far. The centre (i0) is here and everywhere, fig.2.0~2.3 are the instances where any potential of material and energy is projected into { }.

to

Fig.2.0~2.3:
When {any dimension; a-priori mathematical change} exists, space itself is inflating toward i0 as the centre and toward far any surface as 0 of globe, any centre is any far. The centre (i0) is here and everywhere of any potential of material and energy is projected into { }, fig.2.0~2.3 are the instances.
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