Introduction to s t engineering
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Space-time engineering involves using computer programming and electrical engineering to achieve transformations in space-time. The paper introduces concepts of space-time engineering and the principles of space-time programming using a computer program called J-Earth. J-Earth can request transformations from a host to produce expansions in space, such as creating portals and instantiating new dimensions. This allows limitless transformations without using real space, potentially enabling new universes to be programmed and useful applications to be developed.
Introduction to s t engineering
- 1. Introduction to Space-Time Engineering Space-Time Transformations Abstract Space-Time engineering involves computer science in the sense that space-time can be programmed to achieve desired transformations in it. It also involves electrical engineering where matter is enabled to be transferred from some point in space-time to some other point by means of electrical energy, and the interfacing between one sub-section of space-time and another. Introduction The purpose of this paper is to reveal some basic concepts in the feld of space- time engineering. The intention is to show how this new feld of engineering holds for us humans the means of achieving some exciting things that are only fgments of our imagination at this time when this paper is being written. I will introduce the principles of space-time engineering so as to lay a foundation that I will build upon in future papers to advance knowledge on these ideas. Principles of Space-Time Programming Space-Time programming is the technique used to induce transformations in the space-time continuum. In most cases the goal of carrying out a transformation is to produce an expansion in space that can be used to suit some purpose. The essential tool in space-time programming is a computer program called the J- Earth. J-Earth is a program that has the unique capability of being able to make requests to a high level Host. Any machine that J-Earth is running on is automatically connected to the Host and is then being controlled by the Host. All instructions given to J-Earth by the programmer are executed by the Host. Let's take a look at a basic practical example of a space-time transformation. First step to a space-time transformation is to create a portal from which the transformation can be processed. This is done by creating a opening in a plane. Once the portal is created, the programmer has to decide on the dimensions of the space that is wanted, then enter these dimensions to J-Earth. As soon as the request is made, the Host does the processing and efect the transformation.
- 3. Diagram 1 represents a real space confnement. A portal is created in EFGH face of this real space confnement. From this portal J-Earth is able to carry out a transformation IJKLMNOP of Diagram 2 which is an instantiation of real space ABCDEFGH. Note that IJKLMNOP of is not real outside the domain of ABCDEFGH and is not accessible outside of this domain. The transformation is only accessible from the portal. These type of transformations are limitless in terms of size and at the same time make no demand on real space. IJKLMNOP can have a large range of features, these features are added by calling them from J-Earth. Features are deployed to program the environment of IJKLMNOP, they can literally give rise to new universes. I do not even need to say how this technology can be useful, the readers can for themselves think about what applications they can come up with. Writer: Leon V. Pinnock Date: 20 July 2015 Product of Diadem Scholastic Capital