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How big is the Universe ?


Ned

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2 hours ago, Ned said:

I used 0+1 

0 is an attractive force because it is negative of energy and has a conservation of energy force . 0 is any point of absolute space  E→0 . 

 

in math, zero means there is nothing. It's not negative.

If you had a model, you would be able to quantify how attractive this force is.

Conservation of energy is not a force.

2 hours ago, Ned said:

0 is more attractive than 1 , 1 is more attractive than 2 , so on....

Consider this , if all x=0 , then hf/x=c 

 

If x=0 then hf/x is undefined, as it tends to infinity in the limit of x-> 0

 

2 hours ago, Ned said:

However , that would be relative to the construction phase of space-time , the growing observable universe . x would become var(x) as photons bombarded the boundary , edge of space-time . 

In a real life physical example , consider a light bulb . For purposes of the discussion we will say the element of the bulb has an Eigen value of 10 . We will say the room space has an Eigen value of 2 . 

10/2 = 5 

We can now say the room space has an Eigen value of 5 when illuminated by the bulb . Of course if you want to know the Eigen value of any point in the room , that would be 5/V , V being volume of course . 

You're just throwing around terminology that has actual meaning to people who have studied physics, but is gibberish in your hands.

!

Moderator Note

You've been asked for a model and have declined to provide one. The discussion does not meet the requirements of speculations.

We're done here. Don't reintroduce the topic. 

 
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