How it works with the complex index

Josef Matz · science forum Guru Wannabe Joined: 08 May 2005 Posts: 255

Present index theory is wrong.

With the right theory it is possible to decribe the Nimtz double prism
experiment. Main result:
Light can pass forbiden regions with velocities faster than the speed of
light limit c. Nimtz double
prism experiment is nothing else than macroscopic electrodynamics. Many
former publicatios
on measurement of superluminal effects are true. These experimentators have
been shot out by
the velocity not faster than c dogma which is proven to be wrong for
inhomogene wave superpositions.

With the right theory it is possible to get energy fluxes and energy
densities in metal layers. Two
things in the old Drude metall optics are wrong. the concept of vacuumlayers
eliminates unlogics
in the old theory. New so called tunnel fluxes in layers make energy
conservation understandable
at any surface between conductive substances.
Vacuum layers and tunnel fluxes are the main elements of the new theory of
complex index.
Even hard theoreticans now have to accept that complex dielectricity
constants exist.
Makroskopic electrodynamics becomes a strongly theoretical fundament of base
physics.

A formula for the spin flux, a second flux density in electrodynamics has
been developed.
This makes understandable that theoretical ununderstood effects and forces
occur when light
is passing matter. This spin forces are experimentally known since mid of
the 30s of the last century.
Now they can be calculated in terms of a strong theory. Spin forces occur
next to angular momentum forces
and momentum forces. Fundamental principle is: Spin is generally not
conserved when passing surfaces. This
non conservation can be calculated from index theory. But there is existing
a conservation law for the complete
angular momentum transfer everywhere in substances. This principle makes it
possible to calculate the forces.
There are to be distinguished volume and surface forces (momenta).

Magnetism is electronically induced. A strong phänomenological theory for
dia - and paramagnetism has been found.

This complete bundle can be the base for a new chapter in classical
electrodynamics of electromagnetic
waves which is in accordands with fundamental quantum concepts.

Invitation to dicussions welcomed.

Josef Matz

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