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AllatRa by Anastasia Novykh 2 www.allatra.org

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<strong>AllatRa</strong> <strong>by</strong> <strong>Anastasia</strong> <strong>Novykh</strong><br />

Incidentally, these information building blocks to a large extent distort Einstein’s “wellcomposed”<br />

theory of relativity upon formation of little-information particles (the<br />

neutrino and such). The thing is that some of these particles, due to the “simplicity” of<br />

their structure, interact with other particles in the Universe to only a small degree, at<br />

least in our dimension, which allows them to move over the vast expanse of the<br />

Universe at a speed that is considerably higher than the speed of light.<br />

<strong>Anastasia</strong>: Speed that is higher than the speed of light? In that case, the very fact of<br />

existence of such particles will make people reconsider not only Einstein’s theory but<br />

many other aspects of contemporary physics as well.<br />

Rigden: Undoubtedly, something will have to be reconsidered. But on the other hand,<br />

this will significantly deepen people’s understanding of the processes of interaction of<br />

matter in the Universe. And, perhaps, it will bring mankind closer to the knowledge of<br />

such physical manifestation of time as space… So, information building blocks make up<br />

both the fastest and the heaviest micro-objects of this world, just like everything else…<br />

<strong>Anastasia</strong>: And if hypothetically we imagine, say… a neutron star which would consist<br />

of such heaviest, short-lived objects; it turns out that it would decrease in its size <strong>by</strong><br />

hundreds of times more, and its mass would grow, so the gravitation contraction of the<br />

star would increase, too. Roughly speaking, could such a star in this case undergo a total<br />

gravitational collapse and transition to the state of the black hole?<br />

Rigden: Hypothetically, we can imagine whatever we like, of course. However, what<br />

you’ve described is impossible in reality, since it is incompatible with the nature of the<br />

material structure. Any material structure would simply collapse under such a force, i.e.<br />

it would cease to exist as matter because during such a process certain conditions would<br />

arise, which would inevitably push information building blocks apart. Also, gravitational<br />

forces have their limits, so such a thing is simply impossible. Let’s take, for instance, the<br />

processes which take place near the black hole. The short-lived objects I’ve told you<br />

about break up into individual information building blocks quite quickly, as soon as the<br />

energy which connects them begins to decrease.<br />

2<br />

<strong>www</strong>.<strong>allatra</strong>.<strong>org</strong>

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