If the Schrodinger Equation cannot handle it, then what in Physics can
handle Gravity =
Positron Space.

The answer, I believe at this moment, may surprize most people, for it
surprizes me
somewhat. The answer is that Schrodinger Equation, although powerful,
is not really as
powerful as the Maxwell Equations.

So I am going to have to write a book on the "Lowest Terms of
Physics". Recently I said I
had to write a book on the lowest-terms of economics, political
science, biology, and chemistry
but I said that physics needs no lowest-term book since it encompasses
all the sciences.
Now I see I have to write a Lowest Terms of Physics book. Others would
call them Foundation books
as the Foundation of Physics or the Foundations of Economics. But I
like the name
Lowest-Terms for it signifies so much more than the term "foundation"
since old science has
inflated the word "foundation" and so inflated that it has become
meaningless.

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For the book "Lowest Terms of Physics" I envision three things that
make up physics:
(1) Periodic Chart of Elements: something to work with and work on
(2) Maxwell Equations: the worker on the elements
(3) Schrodinger or Dirac Equation: description of an Element

I am on vacation and will dive into this after August.

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