The Relativistic Heavy Ion Collider  (RHIC)  at Brookhaven National Laboratory is a world-class scientific research.  Hundreds  of  physicists  from around the world use the  RHIC  to study an appearance of  the
universe in the first few moments after its creation. It drives two intersecting beams of gold ions head-on,
in a subatomic  collision offering the evidence of  quark-gluon  plasma state at  the early  universe  which
similar to what was observed earlier at CERN. The study of physicists in the area of these collisions may
help us further understand the transformation of  the physical world from the smallest subatomic particles
to the largest stars. [to see RHIC output image please visit :]
http://www.phenix.bnl.gov/WWW/software/luxor/ani/QGPgasLiq/aniGasLiquid_v3.mpg

Recently, we have discovered a new process that can propose better outputs of  Quark-Gluon  Plasma
than those of the RHIC or LHC. Mr.Tepparat Songkraw, a creator of this model, entitles his process as “Relativistic Electron Repetition” or  “RER”. Its outputs are called Absolute Quark-Gluon Plasma model™ which is a part of Absolute Plasmon model™. Its images can be illustrated as follows:

           RER technique is to apply the frequencies of plasma electrons to superimpose in specific angles
           and  environments until  resulting in  the physical pattern of elementary particle,  especially  Quark
           and  Electromagnetic  Radiation  Spectrum  in the level and dimension,  being optical format  not
           earlier observed.

           “If only studying a plasma that is derived from RHIC, it’s the truly understand modern physics.
            I strongly believe that to study the  Absolute Plasmon Model™   which also generated from
            plasma will give you a deeper understanding of modern physics and other sciences” said by             Mr.Tepparat Songkraw.