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Monday, September 30, 2013

The brief merger of E-hologram and hologram theory: Planck Scale-Length and Time at the begining of the E-hologram universe


Planck Scale-length and time


We have looked at the fact that below Planck length and time, space ceases to exist and we are looking at the singularity.

Planck Length L(p)=hG/2pic^3)1/2 of 1.6x10-35 meters or (Gh/c^3)1/2=4x10-35m.  I prefer the former for obvious reasons, since pi in inherent only in the E-Hologram Universe. 

Pi is the ratio of the circumference of a circle to its diameter.  Let us digress on this.  If you draw a circle and it is 7 meters from one side to the other, it will be 22 meters around.  This strange relationship leads to an infinite series in numbers.  We can ignore, for the present time the evidence that 22/7 is greater than pi since we are dealing with infinite series and not exact numbers.

22/7=((3*7)+1)/7.  This gives the same result as 3+1/7.  Hence, the true infinite series is 1/7.  One length for seven circumferences.  One chance in seven.

H=Planck’s constant (joule-seconds); G=gravitational constant

Planck Time is derived by solving for the speed of light; dividing Planck length (meters) by c (meters/second) which yields 5.4x10^-44 seconds.  Wonderfully, you can go the other way; you can start with Planck time, multiply times the speed of light and get to length.

Hence, the transition from the singularity to the singularity at planck length time as discussed above.  Using the discussion previous, you have the singularity; then you have a critical mass of thought (Roughly 2x10^32 which corresponds very well to Planck length in terms of being a mirror image, but the numbers used are so arbitrary, that they might well work better as the mirror image of Planck time; e.g. we only used human intelligence and we only used 1 billion lives per civilization, only 14 billion years, in other words, too many assumptions for the numbers to achieve relevance).  Time achieves linearity at the speed of light, but we can move at whatever speed we want.  At this point you have everything concentrated at the first point of time 5.4x10^-44 seconds (solving for seconds is merely a relative solution).

All times have separated without dimension forced apart by what we’ll call awareness.  Gravity, the tendency of the times to come back together, asserts itself for the first time.  The forces are so great, the attraction and dispersion forces, that time is forced to seek new dimensions.  Time has quantized.

Everything begins to accelerate at the speed of light and you achieve a distance of 4x10-35m, this is everything in 2 dimensions built from the single dimension, point time.  For a brief moment (time has just begun to exist) E-hologram theory and hologram theory merge mathematically.

As time applies itself to this length, you add the third dimension and the length drops to 1.6x10-35.  This is everything in 3 dimensions.  Everything has fallen together, imploded, but in 3 dimensions, the time factor remains largely the same, we are still at all matter showing 5.4x10^-44 seconds, but time is about to allow the expansion to continue in 3 dimensions.  And…bang. 

And all time is concentrated at this one infinitely small sphere, expanding outward so quickly that the actual clock time of each quantum does not change, but we are turning into a universe of time and space.

Planck mass (solving for grams) is (ch/2piG)1/2 and using e=mc^2 means that you have 2 billion joules in the smallest particle of matter or that the energy at the beginning of creation was sufficient to not only create all of the energy in the universe, but also to be concentrated at the rate of 2 billion joules for every fundamental particle and there is a lot of particle in every atom.

Traditional theories predict this.  That is they say that at these very small areas something E-H theory predicts will happen.  To understand this, let’s look at the method of calculating gravity: F(gravity)=G(m1*m2/d^2) where G is 6.67x10^-11.  It’s a weak force, of course, but as m1 and m2 go up in size (to planet or black hole size) it becomes interesting.  There is, however, another way to create a black hole hidden in this very simple equation.  There  is a way to get to the singularity.  Where is it?  D=distance.  As the distance goes to infinitely small the Force of gravity increases to the level where a black hole would exist. 

In an accelerator the distances are artificially brought to zero as particles collide at near light speeds.  This is why temporary black holes can exist during these collisions.  What happens to them?  The particles begin to separate and the force of gravity drops back to very small levels or they re-expand into some type of space.


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