[Turkmath:4488] well said, Fraulein Sabina; ve Ekrem Aydıner den merakla beklenen yeni bir kaotik makalenin müjdesi:

[yilmaz akyildiz]

BENCE Sabina ablamızın şu kısa konuşması
fizik - matematik bileşimi-ayırımı hususunda kayda değer:

https://www.youtube.com/watch?v=hDpEg881BnI
...............................
Sevgili Yılmaz hocam,
İki sene önce başladığım ve sonunu getirmediğim bir makalem vardı. İki
gündür onunla aşk yaşıyorum... Ve bir süprize hazırlanıyorum. Eğer
bitirebilirsem Sabina dahil herkesi eğlenceye davet edeceğim...
Sağlıcakla...
Ekrem
.........
Not: Ekrem hocanın kaotik evren modeli Nature da yayımlandı.:
https://www.nature.com/articles/s41598-017-18681-4

şu koronalı günlerde böyle yeni bir sürprize ve eğlenceye çok ihtiyacımız
var.
hadi zihnine aşkına guvvet ekrem hoca.
bakarsınız Sabina da gelivermiş istanbula.
sevenleriyle sevmeyenleriyle Sulukule usulü yaparız bir eğlence.
y.a.

On Fri, Jun 5, 2020 at 11:05 PM yilmaz akyildiz <yilmaz.akyildiz at gmail.com>
wrote:

> sabina nın makalesinin ardından gelen yorumlardan şu paragraf beni yeni
> düşüncelere daldırdı..
> ekrem aydıner kardeşimizin kaotik evren modeli var. şimdi kendisinden
> ricamız: kendi makro model ile  aşağıda yazılı chaotic aether modelini
> karşılaştıran bir yazı yazması..
>
> ".....This possibility emerges when one considers the fact that protons
> and neutrons have densities that are the same as the density of a black
> hole. These densities are 4.7 x 10^18 kg/m^3, 6.25 x 10^18 kg/m^3, 6 x
> 10^18 kg/m^3, respectively. This fact is consistent with the idea that
> protons and neutrons are very small black holes which are surrounded by
> highly ordered space which constitutes a gravitational field over a short
> distance that is stronger than the electrostatic repulsion one would expect
> from protons that are in such close proximity. In other words, this could
> be the strong force. In contrast the density of an electron at 1.66 x 10^16
> kg/m^3 is two orders of magnitude less than that of a black hole. This
> allows its charge to disrupt the ordered space and keeps from crashing into
> the nucleus. Finally, under this model the weak force could be result of
> instability or disruption of the aether within a neutron. This model let's
> call it the chaotic aether model (CAM) is consistent with the observation
> that light bends when it passes close to a mass because the aether out of
> which the light is formed is less chaotic close to the mass. This more
> ordered aether would change the velocity of light and thereby cause it to
> bend.
> This is in agreement with Xinhang Shen's idea below. I think the aether
> would probably be like a chaotically moving liquid. I have tried to use the
> Navier-Stokes equations to model it. But that model is based on a liquid
> that is in a gravitational field with terms for gravitational force and
> density that don't make sense if you are modeling gravity itself. In its
> derivation it also assumes that the smallest unit of the liquid is a cube.
> I think the essential question is what model of the aether would explain
> all of the forces that we can sabina nın makalesi:measure and unify them
> under one theory? *Zephir AWT*
>
> sabina nın makalesi:
> https://iai.tv/articles/is-space-time-fluid-auid-897
> sabinba nın son videosunu da ekleyelim buraya:
> https://youtu.be/oZ7jwevZbb4
>
> On Fri, Jun 5, 2020 at 10:14 PM yilmaz akyildiz <yilmaz.akyildiz at gmail.com>
> wrote:
>
>> https://iai.tv/articles/is-space-time-fluid-auid-897
>>
>>
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