GUML

An exstention of UML the unified modeling language a new emerging technology is GUML or grand unified modeling language technology for modeling in computational physics. GUML or GUMT grand unified modeling technology aproaches modeling utilizing the simultanaety of the second derivative of natural log likelihood function and the universal chi^2 to transform the modeling of software engineering projects such that thay are applicable to computational physics. A key point of modeling the UML circuits is that they are a multi dimentional topology that is an automorphism that can be modeled in computational physics. Naturaly the circuit like topologies that are characteristic of UML provide for a simulatable likelihood model of a UML which could be made of modern physics interms of a temperate topology. GUML and GUMT infers that there is a GUT in physics which in the world of computational physics can be approximated using numerical methods with a pool of contemporary knowledge. GUML is in it's inception and GUMT in it's in it's developmental inception. GUML is not to be confused with other topics with the same lettering. This is a grand unified language theory under construction to impact the interdisiplinary subjects of software engineering and physics which is essentially computational physics. GUML would give a circuit like utility to software engineering and possibly give Kirchhoff like laws to computational physics. Mainly due to its graphical version of UML.

resource under construction.