Category Archives: Properties of Central Relative Gravity Curves

Finishing up a paper on nuclear phase transition. Decided it is time to set up mapping for machine technology, Ain’t complicated, but not understandable using todays teaching curves. To understand interpretation of methods, information long on my web sites need … Continue reading →

I spent time a while back on G-field energy curves. Did not quite nail it. I do so now. Putting together efforts for abstract I have submitted to Wolfram upcoming Tech Conf. May not be accepted, my efforts for MAA … Continue reading →

I posted a phase/state of elements of the Periodic Table monologue using PPT and it became corrupt. Had to take it down. Love PPT because of ‘Cinemascope & Technicolor’ effects. Remember? Decided to redo with just a little extra. ALΣXANDΣR; … Continue reading →

Tuesday, June 8, 2021. 03:40 I intend to post the first two chapters on my blog Readings from the Sand Box. For one week. Hope to elicit comments, any comment neg or pos would be appreciated. I am writing about … Continue reading →

This PDF is an elementary study of constructing roots of number line domain. It is an excerpt (9 pages) from the more inclusive study I have done on accretion phenomena of Sir Isaac Newton’s M1M2 G-field. ALΣXANDΣR; CEO SAND BOX … Continue reading →

Saturday, May 8, 2021. My Endurance rant! I complained about infestation by Blue Host settling uninvited into my sandboxgeometry.org web site two years ago: BLUEHOST Posted on June 17, 2019 by admin THESE UNWELCOME INSECTS HAVE INVADED My .ORG SITE IN A FLAGRANT, … Continue reading →

This has to be my best to date. Explanatory on constructing and reading Galileo’s constant acceleration S&T1. Sit back and enjoy! Ever so little bit of calculus, a bit of analytic geometry, and a whole bunch of spacetime parametrics in … Continue reading →

Having difficulty getting started with S&T3. Lots of stuff to preface any conversation about S&T3. Need keep it simple for the next generation. The knowledge base is noise, noise, and more noise. This could be why we spin wheels since … Continue reading →

still learning about a parametric for Johann Kepler’s Empirical#2. Got a ways to go with trim controls on my GeoGebra construction. Any, have a go at it, and if so inclined, say something! Alex

Spent time considering means to construct the parametric geometry of planetary orbit decay and found instead a geometry of energy balance proving Kepler’s 2nd Empirical Law.