Re: Why does gravity exist? How does gravity attract materials?

From	Dino Bruniera <dino.bruniera@gmail.com>
Newsgroups	sci.physics.relativity
Subject	Re: Why does gravity exist? How does gravity attract materials?
Date	2018-03-29 23:37 +0200
Organization	Aioe.org NNTP Server
Message-ID	<p9jma1$mar$1@gioia.aioe.org> (permalink)
References	(8 earlier) <gmIuC.183411$f35.135975@fx23.am4> <p9fm9s$1qit$1@gioia.aioe.org> <IILuC.263223$_91.188714@fx02.am4> <p9h677$frj$1@gioia.aioe.org> <t_0vC.599361$hq2.553841@fx42.am4>

Il 29/03/2018 09:56, Paul B. Andersen ha scritto:
> Den 29.03.2018 00.50, skrev Dino Bruniera:
>> > Also I wrote a second article, which you can find at the link 
>> http://vixra.org/abs/1707.0050
> 
>  From where I quote:
>    <<
>     The Universe may be imagined as an immense sphere
>     composed exclusively of an infinity of tiny indivisible
>     particles of an equal amount of space, which, from
>     now on, I will call “space quanta”.
> 
>     By “space” I mean a continuous substance, therefore not
>     made up of particles ...
>    >>
> 
> I won't bother to comment this.
> 
>> which explains the phenomena covered by GR in a way compatible with 
>> the preferred reference frame.
> 
> Waste of time.
> 
>   *plonk*
> 
I note that you have not commented on the first article.

Regarding the second article, you have reported only a few initial 
lines, so I think it is right to report the conclusion too.

4. CONCLUSIONS
....

4.1 Expansion of the Universe
The Universe is made up of an infinity of tiny particles of equal amount 
of space (a substance that has the tendency to expand), which I call 
“space quanta”.
Space quanta tend to expand unceasingly, thus causing the expansion of 
the Universe.

4.2 Gravity
Matter is made up of dynamic sets of compressed space quanta, which 
allow for a greater expansion of the neighbouring quanta and then, 
progressively, of the more distant ones.
Each material object tends to move to places where space quanta are more 
expanded, i.e. towards other material objects

4.3 Variable speed of light
Speed of light depends on the expansion of space quanta of the places in 
which they transit. However since also clocks move in function of said 
expansion, if measured, both the speed and frequency of light results 
always the same.
Therefore, in the past, when space expansion was smaller, speed of light 
was greater.

4.4 Cosmological redshift
Cosmological redshift is due to the speed of the place of the celestial 
object receiving the photon, relative to the place of the celestial 
object that emitted it.
In support of this hypothesis, I have presented two tables that simulate 
the journey of the photons of a high-redshift galaxy and that of CMBR 
photons, and a formula for calculating the apparent brightness of a 
high-redshift celestial object, to derive space expansion occurred 
during the journey of the photons towards the Earth.
All of this proves that the expansion speed of the Universe is 
decelerating, and not accelerating as currently supported by the SC 
(Scientific Community), based on its model of the Universe.

4.5 A brief consideration on energy and matter, obscure
I would like to point out that for this model of the Universe, energy 
and dark matter may be not necessary.
Dark energy would be not necessary because the expansion of the Universe
could be justified by the expansion of the space quanta (paragraph 2.1).
Dark matter may not be necessary, if not to a lesser extent, because 
certain motions of the outer arms of spiral galaxies could be justified, 
at least in part, by the combination of the native expansion of space 
quanta, which causes celestial objects to move away, and their major 
expansion due to the presence of matter, that makes them approach each 
other (paragraph 2.2).
However, these are topics to be explored and developed.
In conclusion I think I have shown that the model of the Universe 
presented here, is at least more compatible with the observations than 
that supported by the SC.

Dino Bruniera

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