Fixing Newton's 2nd Law by Acceleration Allocation
POSTER
Abstract
Newton's 2nd Law needs error-correction for known extreme cases. The orbit of Mercury is slightly off. The electron subshells need an anamolous moment (0.00116) correction.
Taken from the book, The Mass Equation, an revision to Newton's 2nd Law as one segment fixes various chains of later error-correction at the source. This position-in-field approach replaces mass for subatomic interactions.
The presentation reviews various current error-correction to get the same results without the later technique: for the orbit of Mercury; for the subatomic, for LDA localization.
Taken from the book, The Mass Equation, an revision to Newton's 2nd Law as one segment fixes various chains of later error-correction at the source. This position-in-field approach replaces mass for subatomic interactions.
The presentation reviews various current error-correction to get the same results without the later technique: for the orbit of Mercury; for the subatomic, for LDA localization.
Presenters
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Arno Vigen
6061862733
Authors
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Arno Vigen
6061862733