Correction of correction on quantum gravity foam

http://qedcorp.com/APS/STAIF2008Sarfattiv8.pdf

On Aug 1, 2007, at 4:42 PM, Jack Sarfatti wrote:

I was right the first time. I use "scale" in two different ways. One as
N = number of Bekenstein BITs where area of a closed surface is NLp^2.
The other as Jack Ng uses it as measured length L.
Therefore

L ~ N^1/2Lp

But

&L = size of a quantum foam bubble ~ L^1/3 ~ N^1/6Lp

And

V/&V ~ L^3/&L^3 = N^3/2/N^1/2 = N

and that is the amazing world hologram result

i.e. a closed surface of area A ~ NLp^2 surrounds a volume without
volume of exactly N quantum foam bubbles.

There is a node of the Higgs field at center of each bubble.

As A increases so does the size of the bubble, which is the hologram
image of a single quantum of area.

Note when A ~ (Hubble scale)^2 ~ 10^122 Lp^2

&L ~ 10^-13 cm and our universe in far future only has 10^122 bubbles.

The future de Sitter dark energy horizon must act retro-causally for
this to work explains low entropy of early universe.

i.e. Wheeler-Feynman - Observer-Participator - FAP

"The future and the future alone is the home of explanation."
Henry Dwight Sedgwick, Harvard Porcellian Club, 1908

On Jul 31, 2007, at 7:19 PM, Jack Sarfatti wrote:

change

This result, that the linear size of the close-packed bubbles of the
quantum gravity foam increases as the cube root of the linear scale
being measured must express a hitherto unsuspected deep truth about the
nature of physical reality.

to

This result, that the linear size of the close-packed bubbles of the
quantum gravity foam increases as the sixth root of the linear scale
being measured must express a hitherto unsuspected deep truth about the
nature of physical reality.

It's the uncertainty in the scale that increases as the cube root of the
scale measured and that IS the size of the bubble.

Jack Sarfatti wrote:

http://qedcorp.com/APS/STAIF2008Sarfattiv8.pdf

On Aug 1, 2007, at 4:42 PM, Jack Sarfatti wrote:

I was right the first time. I use "scale" in two different ways. One as
N = number of Bekenstein BITs where area of a closed surface is NLp^2.
The other as Jack Ng uses it as measured length L.
Therefore

L ~ N^1/2Lp

But

&L = size of a quantum foam bubble ~ L^1/3 ~ N^1/6Lp

And

V/&V ~ L^3/&L^3 = N^3/2/N^1/2 = N

and that is the amazing world hologram result

i.e. a closed surface of area A ~ NLp^2 surrounds a volume without
volume of exactly N quantum foam bubbles.

There is a node of the Higgs field at center of each bubble.

As A increases so does the size of the bubble, which is the hologram
image of a single quantum of area.

Note when A ~ (Hubble scale)^2 ~ 10^122 Lp^2

&L ~ 10^-13 cm and our universe in far future only has 10^122 bubbles.

The future de Sitter dark energy horizon must act retro-causally for
this to work explains low entropy of early universe.

i.e. Wheeler-Feynman - Observer-Participator - FAP

"The future and the future alone is the home of explanation."
Henry Dwight Sedgwick, Harvard Porcellian Club, 1908

On Jul 31, 2007, at 7:19 PM, Jack Sarfatti wrote:

change

This result, that the linear size of the close-packed bubbles of the
quantum gravity foam increases as the cube root of the linear scale
being measured must express a hitherto unsuspected deep truth about the
nature of physical reality.

to

This result, that the linear size of the close-packed bubbles of the
quantum gravity foam increases as the sixth root of the linear scale
being measured must express a hitherto unsuspected deep truth about the
nature of physical reality.

It's the uncertainty in the scale that increases as the cube root of the
scale measured and that IS the size of the bubble.

Hey Jacko, has it occured to you that patching holes in torn black
mesh stockings misses the point?

--
Uncle Al
http://www.mazepath.com/uncleal/
(Toxic URL! Unsafe for children and most mammals)
http://www.mazepath.com/uncleal/lajos.htm#a2