Spent January of 2013 in mixed emotional analysis of San Diego trip. Lotsa mathematicians’ all doin the same thing they do every year and I don’t understand a lot of it but talkin can be fun and interesting. I should point out I am not a math person. I love plane geometry and a few theorems there from. Mainly Thales (utility of right triangle on a diameter) and Pythagoras. I use ancient geometry constructions and a few terms from calculus, mainly slope, which has always been used in HS physics to find instantaneous velocity, as introductory analysis of energy curves.
Its the energy curves I live for. I am the first (best of MY knowledge) to develop and utilize a Unit Parabola (dependent curve) analytics to capture graphing methods of an active gravity field evaluating motive energy curves of M2 and fixed potential curves of M1.
I offer two quantifiers to substantiate the previous paragraph.
1. Find anywhere a definition of Unit Parabola as dependent curve to a plane geometry Unit Circle independent curve. I use these two guys to study curved space using curves, a little easier then square space analysis of field properties (which seems to be curves… parabola motion in the g-field, coalesced mass of planets, moons, and stars). Once we have a dependent item paired with an independent item, both out of the curves corral, we can entertain simple calculus to find relative energy levels of changing g-field motion.
2. Google ‘duo curvature of a unit parabola’ and see a solid claim on ‘Prior Art’ using such concepts of curve analysis to make separate simple scalar properties of curves and lines from complex energy curves and vectors.
I consumed February to move my web sites. Now that I am set up on my new server I intend to review my posts, most are 18 months untouched. And a lot has come to me since March of 2012.
I am becoming disenfranchised, maybe even resentful, with Math conventions and their ongoing search to improve the education vehicle we drive. I am loaded with ideas, but due to my all important CV, will never be invited to sit at their table. Alexander
