A New Universe Xii. Is Not Accelerated, The Universal Expansion.

The apparent acceleration of the universal expansion José Luís Pereira Rebelo Fernandes

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After defining the curvature of the time under the action of a gravitational field, we are able to study what impact the analysis of the speed of expansion of the universe, caused by the dilation of time due to the increase in severity, the fruit of this expansion. 

Introduction Let us review the theory, developed for the curvature of the time under the action of a gravitational field. For this theory we will focus on the development of different characteristics caused by the universal extension of time.





 

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√

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√

=  = √



because we know the frequency is the

The variation of the speed of light over time. From the above we conclude that when a locally variable gravitational increases also increases the time: With the expansion of the universe the variable gravitational local increases in proportion to the growth of the universe. 


 = 

Considering that in the initial phase of the universe the value of  would be smaller, locally then the speed of light in the initial phase was much higher than today.

Just as we read a lower speed of light, all speeds will also be read in a lower value.

inverse of time.





This will cause the speed of translation and the Earth or the Moon will appear in slower not because they slowed down, but because our time will increase.

On the local mass what will happen: 

 = 




-We then analyze what is happening locally with the wavelength of the photons received:    =  √



As for the whole always remains the relationship:

  =    = 



It makes sense, accept the principle of variable speed of light, because in the world, regardless of location, the reading of the speed of light in the past was much higher than what can be measured today.

As we already know.


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=  √

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 √  √  

As: 


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The wavelength of will given by:

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 √    

 



√




 

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Taking into account the Doppler effect: Do not forget to consider constant C, which is wrong but so far considered academically right.

RF's relativity:

 = 

  

Once the universe expands to a constant speed.

!

What is the error that was committed to conclude that the universe is expanding accelerate? When measuring the characteristics of the radiation of light coming from stars, which is measured is the frequency of radiation. As currently still considering the constant speed of light, then we have to wave length:

 is

 



√

As:

So we have:

 √  √    

Einstein's relativity:  = 



# !  !

#! !

>


# !  !

" > " That is, apparently the expansion of the universe is accelerating. This error, as we come to consider C in and not the correct value given by:





 = 


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!

>

" > "

regarded as constant, then we have:

C = C

!



José Luís Pereira Rebelo Fernandes Porto, 29/01/20089

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