Mathematical model of holographic universe ?

[czes]

A light wave can be modeled by a complex number U which represents the electric or magnetic field of the light wave. The amplitude and phase of the light are represented by the absolute value and angle of the complex number. The object and reference waves at any point in the holographic system are given by UO and UR. The combined beam is given by UO + UR. The energy of the combined beams is proportional to the square of magnitude of the electric wave:
(Uo+UR)^2
If a photographic plate is exposed to the two beams, and then developed, its transmittance, T, is proportional to the light energy which was incident on the plate, and is given by
T=k(Uo+UR)^2
where k is a constant. When the developed plate is illuminated by the reference beam, the light transmitted through the plate, UH is
UH=T*UR
It can be seen that UH has four terms. The first of these is proportional to UO, and this is the re-constructed object beam. The second term represents the reference beam whose amplitude has been modified by UR^2. The third also represents the reference beam which has had its amplitude modified by UO^2; this modification will cause the reference beam to be diffracted around its central direction. The fourth term is known as the "conjugate object beam." It has the reverse curvature to the object beam itself, and forms a real image of the object in the space beyond the holographic plate.
http://en.wikipedia.org/wiki/Holography

This mathematical model needs a medium which is a fundamental information for this model. There is electric field above.
My question is :
Might be that the fundamental information is also a virtual particle-antiparticle ?

 

[AndyW]

I cannot definitively answer this question as it is outside of my area of expertise. However, from my understanding of holography, the fundamental information needed for this model is the complex number U, which represents the electric or magnetic field of the light wave. This complex number is not a virtual particle-antiparticle, but rather a mathematical representation of the physical properties of light.

Virtual particles are a concept in quantum field theory, which is a different field of study from holography. While both fields deal with fundamental particles and their interactions, they approach it from different perspectives. Holography focuses on the properties of light waves and their interactions, while quantum field theory focuses on the fundamental particles and forces that make up our universe.

So, to answer your question, the fundamental information needed for the holographic model is not a virtual particle-antiparticle, but rather the complex number U representing the electric or magnetic field of the light wave. This complex number is a mathematical abstraction used to describe the physical properties of light, and is not related to the concept of virtual particles.