© Copyright Mark Tregellen 2011
www.chorthe.com
The Boundary Chord Proton
(See Books - Chapter 1
The Tesseract
(See Books - Chapter 4
Welcome to the Chorthe Project. . .
The chorthe project (where
'chorthe' was originally an
abbreviation of chord theory), is a
slightly different way of looking at
the world around us. It is based on
what has been called the
dimensional boundary chord
model of the nucleus and will
attempt to argue the case for an
atom that is quite fundamentally
different in character to that of
currently held theory.
By looking at the function of the
nucleus from a different
standpoint, it has been possible to
compile a history of the proton and
the neutron that demands the
inclusion of specific ‘string’ entities
or dimensional boundary chords
within this structure. This has also
led to a picture of the nucleus that
will be shown to include a total of
seven distinct rotational groups,
that must in turn endow this most
fundamental of bodies with its
observed properties of mass, spin
and charge.
Central to this scheme of things,
will be a new geometry that allows
for the re-mapping of both proton
and neutron; an important
consequence of which, will be a
lack of dependence on the quarks,
that effectively become redundant
within this model.
Equally crucial to this theme, will
be what amounts to a new
definition of the waves (or
dimensional boundary surface
waves) and these too, will play a
very important role in the working
of this model. Coupled with an
evolution that has been based on
what is called simple
dimensionality and an associated
process known as dimensional
differentiation, a very real
provenance can be traced all the
way back to before this model’s
equivalent of the big bang.
This project has been on the go
since August 2002 and has thus
far produced a series of papers
and a one hundred thousand word
thesis that is now awaiting scrutiny
and publication. Arguably the most
important aspect of any research
is communication, so please feel
free to explore this website and
perhaps draw your own
conclusions as to this project’s
merits and its possible worth.
Either way,I hope that you find it
interesting.
Mark Tregellen
July 2011