A Muggle’s Bibliothek

last revision: 09/26/2017

A Muggle’s Bibliothek

© Dr. Ing. Dipl Phys. M. Hüfner 2014

winden konnte.

The
science
of
the
20th
Century
moved
backward,
as
they
assumed´again
the
magical
creation
of
mass
or
energy
from
nowhere, even if that was hidden in difficult mathematics.
Contrary
to
what
Einstein
did,
all
the
demonstrations
in
this
book
are
compatible
with
the
principle
of
mass
and
energy
conservation
and
momentum
conservation.
Using
classical
mechanics,
we
show
that
the
length
contraction
is
a
real
physical
phenomenon.
We
review
how
this
leads
to
the
Lorentz
equations.
Then,
we
show
how
classical
principles
are
sufficient
to
explain
the
perihelion
of
Mercury
and
derive
Einstein's
equation.
Finally,
we
show
that
the
presence
of
intense
gravitational
potentials leads to degenerate matter according to Schwarzschild black holes.
Einstein's
relativity
principles
are
not
needed
in
these
demonstrations.
The
only
principles
that
are
used
are
the
ones
that
already
exist
in
the
classical
mechanics.
All
solutions
based
on
a
physical
model
that
matches
with
the conventional logic.

Einstein's
theory
of
relativity
is
a
mathematical
model
that
does
not
coincide
with
the
physical
models
that
are
described
in
classical mechanics, as it is not in conformity with the principle of mass-energy conservation. This is a well known fact. ...

The physical world view between reality and surrealism

last revision: 09/26/2017

Muggle’s Library

© Dr. Ing. Dipl Phys. M. Hüfner 2014

winden konnte.

The
science
of
the
20th
Century
moved
backward,
as
they
assumed´again
the
magical
creation
of
mass
or
energy
from
nowhere,
even
if
that
was
hidden
in
difficult mathematics.
Contrary
to
what
Einstein
did,
all
the
demonstrations
in
this
book
are
compatible
with
the
principle
of
mass
and
energy
conservation
and
momentum
conservation.
Using
classical
mechanics,
we
show
that
the
length
contraction
is
a
real
physical
phenomenon.
We
review
how
this
leads
to
the
Lorentz
equations.
Then,
we
show
how
classical
principles
are
sufficient
to
explain
the
perihelion
of
Mercury
and
derive
Einstein's
equation.
Finally,
we
show
that
the
presence
of
intense
gravitational
potentials
leads
to
degenerate
matter
according
to
Schwarzschild
black holes.
Einstein's
relativity
principles
are
not
needed
in
these
demonstrations.
The
only
principles
that
are
used
are
the
ones
that
already
exist
in
the
classical
mechanics.
All
solutions
based
on
a
physical
model
that
matches with the conventional logic.

Einstein's
theory
of
relativity
is
a
mathematical
model
that
does
not
coincide
with
the
physical
models
that
are
described
in
classical
mechanics,
as
it
is
not
in
conformity
with
the
principle
of
mass-energy
conservation.
This
is
a
well
known
fact. ...

which
ultimately
means
that
the
mass
and
energy
conservation.
However,
he
later
developed
the
theory
of
general
relativity,
which
is
inconsistent
with
this
principle. In fact, one finds at Straumann the proposition that the:
„ ... general law of conservation of energy and momentum in general
relativity does not exist ".