[1] **viXra:1505.0232 [pdf]**
*replaced on 2015-06-22 14:01:18*

**Authors:** Ulrich E. Bruchholz, Horst Eckardt

**Comments:** Pages. The described method solves marginal-problems with unknown margin.

A numerical method, where differential quotients are approximated
by difference quotients, is discussed. This method is commonly
underestimated, wrongly. It is explained by an ordinary differential equation
first. Then it is demonstrated how this simple method proves successful
for non-linear field equations with chaotic behaviour. Using certain discrete
values of their integration constants, a behaviour comparable with
Mandelbrot sets is obtained. As an example the Einstein-Maxwell
equations are investigated, where discrete particle quantities are obtained
from a continuous theory which is possible only by this method. The
special set of integration constants contains values identical with particle
characteristics. Known particle values are confirmed, and unknown can be
predicted. In this paper, supposed neutrino masses are presented.

**Category:** General Mathematics