Eric Gisse wrote:
Nick wrote:
Probability waves would contract and
dilate as particles sped up and slowed
down in space.

Anybody know the theory?
Probably just amateurs.

http://store.yahoo.com/doverpublicat...486442284.html

Eric you have pointed to a book on relativistic quantum FIELD theory
which is *different* from relativistic quantum MECHANICS.

Eugene, for instance, is working an example of relativistic quantum
mechanics, where one studies the full dynamics of *particles* not only
scattering processes in the infinite past and infinite future for
supposed fundamental fields -that nobody has measured-.

Our own formulation of the topic is called quantum relativistic
dynamics.

http://www.canonicalscience.com/en/others/research.xml

A technical explanation of this approach will appear in the research
zone in brief.

Our theory has been already generalized to gravitation -showing why
Einstein General Relativity is not a correct approach to gravity- and I
am now working in the quantization. We have already derived a
theoretical expression for the computation of the full quantum metric
g_munu. No other quantum gravity approach has done this still:

- Discrete approaches focus on spacetime structure but without full
explicit result far from some recent -not very convincing- simulations
(e.g. triangulations).

- Geometrodynamics and its loop extension are simply wrong. In fact,
even ignoring details, today, the WdW equation does not compute quantum
metric g_munu.

- String theory is at the best an insane discipline. See recent
criticism on sci.physics.strings "String theory is not a TOE by Juan
R."



If your browser is 'old' or non-standard (e.g. MIE) you cannot access
the site (which use some advances features like MathML code). An
alternative limited page is available at root

www.canonicalscience.com


Juan R.

Center for CANONICAL |SCIENCE)