Rate change is part of world history dating back to the Egyptians and the Greeks in ancient and medieval periods.    By the 17th century, at the height of the modern era, Rene Descartes invented the Cartesian coordinate system and analytic geometry, a major advancement in the scientific revolution of his age.   In 1687, Sir Isaac Newton perfected modern calculus with extensions that applied to the laws of motion and gravitation in his famous book, the Principia.   These founding fathers developed amazing technologies that were ahead of their time and allowed science to advance forward by leaps and bounds.   No other significant discovery impacts rate change until Albert Einstein discovered relativity, spacetime and the energy-mass conversion.   

Since Newton’s calculus, rate change has not undergone modernization.  Its importance cannot be disputed for it is the cornerstone of everyday physics, mathematics and part of all we do.  What has gone unnoticed is the fact that rate change should have a graph.   In the physical sciences, the rate change graph represents physical and geometrical entities and their change to different states.   This is made possible by correlating the various functions defined by rate change geometry visible in the graph.  That correlation is the basis for a set of mathematical rules that enhance scientific methods.   The rate change graph has broad applications and is capable of supporting technology systems analysis by improving advanced concepts recognition and creation.    The rate change graph is a new innovation because it will teach scientist many new things as rate change graph technology is put to use.   The rate change graph integrated with current scientific knowledge will have a profound effect on science and mathematics in the new millennium for years to come.

The most significant historical discovery for the rate change graph is C².   In the recordation of this technology C² is deemed the first recognized rate change object.  C² opens the door to a wealth of knowledge not because of its cosmological speed limit or any of the other incredible concepts that light is known for today.  C² is the window through which we peer opening the door to a world of rate change objects that populate the universe.

In the discovery and creation of rate change graph technology, all my equations, analytical processing techniques and art are original, there is nothing like them in the world.   Except for the interface into mathematics and physics, the work in rate change graph technology is a private work.   Rate change technology starts with E = MC² and is the primary junction where the rate change graph starts.   I have two schools of thought after 30 years of work. 

Because the rate change graph is visual, it is an art.   The art of rate change graph technology is “WYSIWYG”, what you see is what you get.   Cartesian coordinate systems cannot duplicate the analytical methods intrinsic within a rate change graph structure.  The rate change graph is the only graph that can represent all the physical attributes of an object’s relational physics in the proper perspective; geometry, absolute value and derivative.   Rate change graph technology is a science because solid mathematical methods are used to manipulate the graphs visualization that leads to solutions of today’s unsolvable questions.  Solutions created by the rate change graph will add a new class of physics to science.   That science will be called Geometrical Physics.   Geometrical physics is invisible and can be represented by geometrical intersections. 

As much as rate change graph technology is new, it is also a re-organizer of some of our current terminology.  For example, in the world of rate change graph technology any equation with an exponent is a rate change object equation.  This qualification means that there is a rate change geometrical relationship binding the entity or entities to certain object oriented laws of science.   Other laws and properties of science take on dynamic views in a way that integrate the universe into one cohesive object oriented model.  An example of an existing concept extension is potential and kinetic energy.   Our text book vision of these concepts has potential energy on one page as a rock on top of a cliff poised for free fall.  On the next page the rock is falling to the valley below to make kinetic energy the energy of motion.   In the world of rate change, all things happen simultaneously, both potential and kinetic energy exist at the same time. 

The science of rate change graph technology is proprietary and requires training and licensing to obtain a working knowledge.   There are spin-off concepts I have released for viewing to showcase the details of the technology’s use in analytical and creative tasks.   My original work based upon Einsteinian physics is the reason rate change graph technology exists today.   In understanding this dynamic structure, the graph is designed to take advantage of visual media.  Forget about size and value, think geometry and in doing so peel away the physical layers to see for the first time a geometrical universe. 

The Origin of Rate Change Graph Technology

           Descartes                                Newton                                  Einstein                           Strickland     

The Origin