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No.3460. {0, 0, ... , 0}, the Path of Pure Energy to Leap Space/Time/Life.

  • kyonissho
  • Mar 6
  • 5 min read

Updated: Jun 12

Fig.1.
Fig.1.

The present Hilbert space should be found as function/r^2 in [i0, [0, 0]] again. It is below.


Fig.2. With referring "ヒルベルト空間と量子力学" by 新井朝雄
Fig.2. With referring "ヒルベルト空間と量子力学" by 新井朝雄

Function/r^2 is usually thought as in emission, but as fig.2, any spin makes surface, and {0, 0, ... , 0}\surfaces in fig.1 regenerates any projection field of quantum physics over pure energy. Fig.3's E(conversion) is part of the energy's path via {0, 0, ... , 0} (E is resolution of identity).


Fig.3.
Fig.3.
Fig.4. The materialization in {0, 0, ... , 0}; i0's L^∞.
Fig.4. The materialization in {0, 0, ... , 0}; i0's L^∞.
Fig.5.0.
Fig.5.0.
Fig.5.1.
Fig.5.1.
Fig.5.2.
Fig.5.2.
Fig.6. In case of life, aging should gain pure energy conversion to restore the original life location.
Fig.6. In case of life, aging should gain pure energy conversion to restore the original life location.

Although the study for spirit element, which is how unused life domain (e.g. including how junk DNA is important) reacts existence ∋ Cosmos, should be more progressed, space/time/life leaps are possible already to be calculated.


For example, when the space-ship leaps are likened Golf, 100 Golf balls should be shot at same time and the 100 balls should be hole in one, the photon*-phaser should be thought.

(photon adjoint)

(of leap)

The spin-mathematics includes ...


Fig.7.0. With no.3483.
Fig.7.0. With no.3483.
Fig.7.1. Ref. "ヒルベルト空間と量子力学" by 新井朝雄
Fig.7.1. Ref. "ヒルベルト空間と量子力学" by 新井朝雄
Fig.7.2. An instance of photon* phaser.
Fig.7.2. An instance of photon* phaser.
Fig.7.3.
Fig.7.3.
Fig.7.4.
Fig.7.4.
Fig.7.5. With referring "ホーキング 虚時間の宇宙" by 竹内薫
Fig.7.5. With referring "ホーキング 虚時間の宇宙" by 竹内薫
Fig.7.6.1. As a plan, photon* to leap, in scale of DNA.
Fig.7.6.1. As a plan, photon* to leap, in scale of DNA.

Fig.7.6.1:

(1) light speed: 299,792,458 m/s, 3.3 nanosecond for 1 meter.

(2) DNA's diameter: 1.8 ~ 2.3 nanometer,

    distance of DNA base pair: 2.6 ~ 3.7 nanometer.

(3) of (1) and (2), 3.3 nanosecond : 1.8 ~ 2.3 nanometer

                    ≒ 1.83 ~ 1.43 : 1 (second : meter)

                    3.3 nanosecond : 2.6 ~ 3.7 nanometer

                    ≒ 1.27 ~ 0.89 : 1 (second : meter)

    as the unit model, roughly,

                    light : DNA ∋ 1 : 1 (second : meter)


Fig.7.6.2. DNA spiral; [i0, [0, 0]]
Fig.7.6.2. DNA spiral; [i0, [0, 0]]

If the photon* phaser for greater scale exists, even Earth will may leap (warp). Although how the core of Earth will spin isn't sure.


Fig.7.6.3. {ψ, φ} convertor for the photon* phaser.
Fig.7.6.3. {ψ, φ} convertor for the photon* phaser.
Fig.7.6.4. The detail of fig.7.6.3 in case of space^2.
Fig.7.6.4. The detail of fig.7.6.3 in case of space^2.
Fig.7.6.5. A model of pure energy from deepest core (i0) of Cosmos.
Fig.7.6.5. A model of pure energy from deepest core (i0) of Cosmos.

Fig.7.6.5 (3-1) and (3-2):

The Imaginary Number Space. The Twin Pillars and the Atmospheric current Meandering to Derive Abnormal Weather.

and

(3-2) (1) is from

http://www.astronomynotes.com/galaxy/s9.htm

(3-2) (2) is from


We should know where we obtain the energy of fig.7.6.5 (3-1) and (3-2) from, what I know now is ...


Fig.7.6.6.
Fig.7.6.6.

In order to close to the projections of F⊂D(p) and D(p)⊂F in spin ...


Fig.7.7. In case of space^2 for fig.7.6, although it isn't only ^2.
Fig.7.7. In case of space^2 for fig.7.6, although it isn't only ^2.
Fig.7.8.
Fig.7.8.

Now over ^3 dimensions can be calculated, then ...


Fig.7.9.
Fig.7.9.

And for fig.7.6.1 ~ 7.6.6 again, ...


Fig.7.10.
Fig.7.10.
Fig.7.11.
Fig.7.11.
Fig.7.12.
Fig.7.12.
Fig.7.13a.
Fig.7.13a.
Fig.7.13b.
Fig.7.13b.
Fig.7.14. For the Hermitian operator as photon* in space^2, during 0 second ([0, 0] second), where the φ's leap begins after ψ body shrunk into near 0 length ≦ photon rapidly.
Fig.7.14. For the Hermitian operator as photon* in space^2, during 0 second ([0, 0] second), where the φ's leap begins after ψ body shrunk into near 0 length ≦ photon rapidly.
Fig.7.15a. photon* (photon adjoint) in Minkowski space-time ⊂ the imaginary number space.
Fig.7.15a. photon* (photon adjoint) in Minkowski space-time ⊂ the imaginary number space.
Fig.7.15b. With referring "A New Light in Physics" by Alejandro Martinez Castillo.
Fig.7.15b. With referring "A New Light in Physics" by Alejandro Martinez Castillo.
Fig.7.15c. Fig.a is for fig.7.15b's lower-left and fig.b is for fig.7.6.6.
Fig.7.15c. Fig.a is for fig.7.15b's lower-left and fig.b is for fig.7.6.6.

When F0's {0} as the inclination 1 is set as the shared axis of two prime numbers in the imaginary number space, F2's {0, 1} responds to phenomena with changing the 0's and 1's scale in Euclidean space-time, ...


Fig.7.15d.
Fig.7.15d.
Fig.7.15e.
Fig.7.15e.
Fig.7.15f. E.g. F±8 in order to understand fig.7.15e's two [0, 0]s.
Fig.7.15f. E.g. F±8 in order to understand fig.7.15e's two [0, 0]s.

Fig.7.15d's ~ 7.15f's link:

No.3328. Goldbach's Conjecture, Naught to Existence.


Fig.7.16. And see fig.7.15's {0} observed from F+c. After photon* leap's {0} → {n} coordinates exist, although the Euclidean space-time was {0} during the leap.
Fig.7.16. And see fig.7.15's {0} observed from F+c. After photon* leap's {0} → {n} coordinates exist, although the Euclidean space-time was {0} during the leap.

As support to know above,


Fig.7.17. Euclidean distance ∞ to 0 to leap.
Fig.7.17. Euclidean distance ∞ to 0 to leap.
Fig.7.18. In case of photon* leap if photon speed itself is phased to "past" direction.
Fig.7.18. In case of photon* leap if photon speed itself is phased to "past" direction.

Fig.7.3 ~ 7.18:

No.3105. Ultra-Light Speed and -Gravity.


As for -gravity engine, ...


Fig.8.0. No.3488 1.
Fig.8.0. No.3488 1.
Fig.8.1. No.3488 2.
Fig.8.1. No.3488 2.
Fig.8.2. No.3488 3.
Fig.8.2. No.3488 3.
Fig.8.3. No.3488 4.
Fig.8.3. No.3488 4.
Fig.8.4. No.3488.
Fig.8.4. No.3488.

... how to think -gravity engine/device/material refers

[N, S] as magnetic field is e.g. [-5, +5] = |10| in a Euclidean length 1 meter, and if rare earth strengthens [-5, +5] to [-7, +7] = |14| in the same Euclidean length 1 meter.

Then the 1 meter shows magnetic expansion from |10| to |14| of imaginary field {0, 0, ... , 0}, i.e. the evaluation of 1 meter becomes from |10| to |14| from the generation from imaginary number space.

It means potential space-time includes [0, 0] of Minkowski space-time, is appeared from imaginary number space and makes inflated space-time against +gravity, then -gravity engine/device/material is observable and can be produced.


Fig.8.5.
Fig.8.5.

_

x^d + y^d causes Gal(Q/Q) → {ψ = r here via z^d} (d ≧ 3),

r is arisen via [i0, [0, 0]].

The velocity as vector [x, y] = light speed in [i0, [0, 0]].

The [x1, y1] to [x2, y2], each [x, y] is 1 meter in [i0, [0, 0]] here, includes {0, 0, ... , 0} of ultra-light-speed field; extended by e.g. rare earth.

Originally, a magnet is generating light-speed without artificial generator because

light-speed = electromagnetic_wave-speed,

the [0, 0] is Minkowski space-time of light and includes

[+time, -time] = 0, [+r, -r] = 0.

How rare earth is generating the extension of magnetic field should be discovered in order to generate -gravity.No.3105. Ultra-Light Speed and -Gravity.


Fig.8.6.
Fig.8.6.
Fig.8.7.
Fig.8.7.

Fig.8.7:

No.3105. Ultra-Light Speed and -Gravity.


Fig.8.8. Simulating the [0, 0] with referring e.g. rare earth.
Fig.8.8. Simulating the [0, 0] with referring e.g. rare earth.

Fig.8.8:

As fig.8.7 for fig.8.6, i0 exists just one in Cosmos.

The dice are regarded as for virtual prime number sets.


Fig.8.9. The i0's virtual circumference as generating py, i.e. existing in 1/px interval.
Fig.8.9. The i0's virtual circumference as generating py, i.e. existing in 1/px interval.
Fig.8.10. How -gravity exists and how to "fall" to the virtual i0 as center and circumference at same time.
Fig.8.10. How -gravity exists and how to "fall" to the virtual i0 as center and circumference at same time.
Fig.9.0. An instance of -gravity from falling to i0* (no.3490).
Fig.9.0. An instance of -gravity from falling to i0* (no.3490).

Fig.9.0:

And refer fig.1 again.


Fig.9.1 is as quick draft as idea.


Fig.9.1. -gravity device and eternal life
Fig.9.1. -gravity device and eternal life

Fig.9.1:

(1) Distance C makes the generated space-time -gravity pressure, the space-ship is falling toward hollow potential of +gravity.

(2) Refer fig.6 again.


Fig.9.2. Imaginary number space compared with photon in Minkowski space-time Photon in Minkowski space-time
Fig.9.2. Imaginary number space compared with photon in Minkowski space-time Photon in Minkowski space-time
Fig.9.3.
Fig.9.3.
Fig.9.4. {interval [0, 0]⇦, all p = 0 are equal in the inclination 1}.
Fig.9.4. {interval [0, 0]⇦, all p = 0 are equal in the inclination 1}.
Fig.9.5. See fig.9.0 again and compare.
Fig.9.5. See fig.9.0 again and compare.

Fig.9.3, 9.4 and 9.5:

No.3389 and 3391. An Instance of Pure Energy via the Solved Goldbach Conjecture.



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