*****The Holographic Principle---A rational justification for idealism*****.

The holographic principle seems to be an epplication similar to discretization 
of 
continuous signals. In that case, there is no loss in information in
converting a continuous time signal into an indexed set of point values, as 
long as the sampling rate is twice the highest frequency in a continuous signal.

This might be a physical vbasis for Leibniz's discrete samplings of
images giving the "whole" picture. 

Continuing that line of thought, and under the proper cicumstances,

(from 3 to 2 dimensions) >> infomation in a volume = information in the 
volume's surface. 


(from 2 to 1 dimensions) >>  infomation in a surface= information in the moving 
line describing the surface 

 ( from  1 to 0 dimensions) >>
>>  infomation in the smoving line = information in an indexed set of signal 
>> values



Monadization of a 3d physical violume would then be successively 

3d to 0d mental point 




----- Have received the following content -----  
Sender:  Roger Clough  
Receiver:  4dworldx  
Time: 2013-06-28, 11:04:56 
Subject: Smolin, the Holographic Principle and Modern Physics 



> 
> 
>It appears that Smolin is using the Holographic principle HP (below) 
>to find an alternate representation for Einstein's equations. 
>This also pops up in theories of the black hole, which has a vortex-shaped 
>surface. 
>Also (not shown below) the relationship between a membrane and some related 
>volume. The flat geometry of the universe may be another example. 
> 
>This being so, it would seem that the contents of a brain 
>should be given in the  brain's surface, just as the 
>cylindrical surface of a neuron should contain the  "thought" within. 
> 
> 
> 
>http://www.damtp.cam.ac.uk/research/gr/public/holo/ 
> 
>The Holographic Principle (that a surface can completely define the volume 
>within) 
>and Modern Physics   
> 
> 
>In 1993 the famous Dutch theoretical physicist G. 't Hooft put forward a bold 
>proposal which is  
>reminiscent of Plato's Allegory of the Cave. This proposal, which is known as 
>the Holographic Principle,  
>consists of two basic assertions:   
> 
>Assertion 1 The first assertion of the Holographic Principle is that all of 
>the information contained in  
>some region of space can be represented as a `Hologram' - a theory which 
>`lives' on the boundary of that region.  
>For example, if the region of space in question is the DAMTP Tearoom, then the 
>holographic principle asserts  
>that all of the physics which takes place in the DAMTP Tearoom can be 
>represented by a theory which is defined on the walls of the Tearoom.   
> 
>Assertion 2 The second assertion of the Holographic Principle is that the 
>theory on the  
>boundary of the region of space in question should contain at most one degree 
>of freedom per Planck area.   
>A Planck area is the area enclosed by a little square which has side length 
>equal to the Planck length, a  
>basic unit of length which is usually denoted Lp. The Planck length is a 
>fundamental unit of length, because  
>it is the parameter with the dimensions of length which can be constructed out 
>of the basic constants  
>G (Newton's constant for the strength of gravitational interactions), ?  
>(Planck's constant from quantum mechanics),  
>and c (the speed of light). A quick calculation reveals that Lp is very small 
>indeed:   
> 
>To many people, the Holographic Principle seems strange and counterintuitive:  
>How could all of the physics which takes place in a given room be equivalent 
>to  
>some physics defined on the walls of the room? Could all of the information  
>contained in your body actually be represented by your `shadow'?   
> 
> 
> 
>Dr. Roger B Clough NIST (ret.) [1/1/2000]  
>See my Leibniz site at  
>http://independent.academia.edu/RogerClough

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