COSMOCOMP 1st Brochure

Part 25 Still In PHYSIVERSUM

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Now in the headman's cottage there is a plate of soup on the table. In the soup there is a fly that is doing jumping jacks. Next to this plate is another plate with a thicker soup, and there is another fly in it, and it also is doing jumping jacks. A fly in the thicker soup moves slower, therefore claps less often than the fly in the thinner soup.

But suddenly the fly in the thicker soup became smaller.

And now the flies clap in the same rhythm.

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It is similar in COSMOCOMP:

In the rocket speeding in AQUENUS, the cosmonaut has more mass than his twin remaining on the Earth, therefore the cosmonaut moves slower. But since AQUATIKS, which make up the rocket and the cosmonaut, are smaller, the cosmonaut is smaller than his twin.

As a result, the twins live in the same rhythm.

And when the rocket returns to the Earth, the twins will be the same age.

According to The Kaziuk's Rule:

(1 / x) * (1 * x) = always 1

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The Kaziuk's Rule:

(1 / x) * (1 * x) = always 1

also applies to all planets and stars surrounded by "red" GRAVHOOP.

So in every place of AQUENUS the life goes on in the same rhythm.

Except for "black" ICEOR.

In "black" ICEOR it is:

[(1 / KAZIUK) * (1 * KAZIUK)] – 1 = 0

So in "black" ICEOR there is no activity.

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When the forces of AQUATIKS are more concentrated, then PHOTIK is slower.

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It is similar in my village:

In the thicker soup, the fly swims slower.

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But according to The Kaziuk's Rule:

(1 / x) * (1 * x) = always 1

PHOTIK has always the same effective speed which is:

(SHORTEK * KAZIUK / x) / (TIMEK * x) =

=  effective SPEED-C

Except in "black" ICEOR.

In "black" ICEOR the speed of PHOTIK is:

(SHORTEK * KAZIUK / KAZIUK) / (TIMEK * KAZIUK) =

= SHORTEK / (TIMEK * KAZIUK) =

= 1 / (TIMEK * KAZIUK) =

= no MOVEMENT

So in "black" ICEOR PHOTIK is "frozen."

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Now imagine an old wind-up clock.

In a speeding rocket and in GRAVITOR the hand of such clock moves slower. But because in a speeding rocket and in GRAVITOR the clock is smaller, it runs just like any other wind-up clock in AQUENUS.

According to The Kaziuk's Rule:

(1 / x) * (1 * x) = always 1

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In the planets, the stars, and in every speeding rocket the radioactive decay occurs more slowly, because then the forces of AQUATIKS are more concentrated.

The degree of slow-down of radioactive decay is proportional to the degree of concentration of AQUATIK's force.

And because radioactive decay has no size, it simply occurs more slowly.

So in case of the radioactive decay, The Kaziuk's Rule doesn't apply.

Thus in the speeding rockets, in planets, stars and in GRAVITORS the atomic clocks run slower.

The slow-down of radioactive decay is the "pressure" in AQUENUS.

So if a rocket was moving in AQUENUS at a speed very close to c, the "pressure" would kill the cosmonaut.

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It is similar in my village:

If the village fool from my village dived too deep into the ocean surrounding my village, the pressure would kill him.

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