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An alternate interpretation of general relativity
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Victor Porton
Apr 3, 2013, 5:07:56 PM4/3/13
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I discovered a math theory which (among other things) gives an alternate
interpretation of the equations of general relativity (something like to
replacing real numbers with complex numbers in a quadratic equation).
A negative result (all solutions are trivial and thus not really
interesting) is possible, but if we will come to a "positive" result, we
will get Nobel Prize (and I want my half for the topological idea).
Experts in general relativity please collaborate with me.
Read this VERY rough draft:
http://www.mathematics21.org/binaries/reduced-limit.pdf
(don't worry if you don't understand it, it is a VERY rough draft and I am
going to enhance its readability and post about it in this newsgroup again).
To understand it you need first read my topological research monograph:
http://www.mathematics21.org/algebraic-general-topology.html
A quote from reduced-limit.pdf :
``added solutions'' would possibly characterize a ``world above''
described not with real numbers as our world but with singularities. This
may or may not be of physical interest.
``alternate solutions'' would characterize black (or white) holes with
additional information hidden inside. This additional information may
probably solve the well known paradox of information disappearing when it
falls into a black hole.
``disappearing solutions'' would mean that the laws of nature are
possibly more restrictive than considered in more traditional physics. Could
it resolve time-machine related paradoxes?
--
Victor Porton - http://portonvictor.org
interpretation of the equations of general relativity (something like to
replacing real numbers with complex numbers in a quadratic equation).
A negative result (all solutions are trivial and thus not really
interesting) is possible, but if we will come to a "positive" result, we
will get Nobel Prize (and I want my half for the topological idea).
Experts in general relativity please collaborate with me.
Read this VERY rough draft:
http://www.mathematics21.org/binaries/reduced-limit.pdf
(don't worry if you don't understand it, it is a VERY rough draft and I am
going to enhance its readability and post about it in this newsgroup again).
To understand it you need first read my topological research monograph:
http://www.mathematics21.org/algebraic-general-topology.html
A quote from reduced-limit.pdf :
``added solutions'' would possibly characterize a ``world above''
described not with real numbers as our world but with singularities. This
may or may not be of physical interest.
``alternate solutions'' would characterize black (or white) holes with
additional information hidden inside. This additional information may
probably solve the well known paradox of information disappearing when it
falls into a black hole.
``disappearing solutions'' would mean that the laws of nature are
possibly more restrictive than considered in more traditional physics. Could
it resolve time-machine related paradoxes?
--
Victor Porton - http://portonvictor.org
Victor Porton
Apr 11, 2013, 4:31:03 PM4/11/13
to
There are no straightforward way to define such things as a topology on the
space of singularities (having specified a topology on the set of finite
numbers).
This is probably truly worth Nobel Prize, but not now not for me.
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