NAVIGATION

SOCIAL

ADDRESS
Stephen H. Jarvis
Equus Aerospace Pty Ltd,
Sydney, Australia.

XEMDIR

THE THEORY
TEMPORAL MECHANICS:
ZERO-DIMENSIONAL LOGIC
Temporal Mechanics is a new proposed way of examining physical phenomena in using a zero-dimensional philosophy and associated number theory.
Specifically, Temporal Mechanics uses the mathematical object description of zero-dimensionality for time and space, namely time as a moment and space as a
point.
Here with the mathematics of zero-dimensionality and the associated derived time-equation, Temporal Mechanics presents the case of defining time as time-
domains central to our perception ability of time and space. In other words, Temporal Mechanics presents the case of self-evident axioms for time and space,
axioms that are self-evident to our perception ability of physical phenomena. The thinking here with Temporal Mechanics is that the right initial mathematical
model should derive the known equations and values relevant to known phenomena, provided that the data exists to confirm or deny that new axiomatic base.
As the name suggests, Temporal Mechanics is the proposed mechanics of time, presumably with space. Here, although time can be observed to contract and
lengthen owing to the relative motion of bodies, it is derived that the speed of light c is always a constant velocity where at c time does not pass. By
comparison, Albert Einstein’s Special and General theories of relativity merely described the idea of time as relative temporal incursions between non-zero
inertial mass bodies. Here, Temporal Mechanics addresses both concepts of time, the primary universal c time where at c time does not pass for any location in
space, and the secondary incursions of time due to relative motion.
The demonstration here by Temporal Mechanics is that the ultimate physics equation can explain the relationship between time and space if and only if that
equation can derive all the known fundamental features of physical phenomena, namely the particles, their field effects, and their relative metrics, in bridging
the large-scale with the small-scale, forming a link between gravity and EM, fundamentally explaining the relationship between mass and energy.
In setting the foundation therefore, Temporal Mechanics proposes the idea of taking our perception ability of time and mathematizing such with a time-
equation, and then applying that equation to a spatial dimension to thence derive 3d space. To do this though, of course Einsteinian time needs closer
examination, together with addressing the photon model of light, by which certain issues with the design of relativity theory and quantum mechanics need to
be uncovered and discussed as being the cause of the problem central to the disparity between gravity and quantum mechanics.
The 49 papers of Temporal Mechanics so far form the 7 volumes of this reference material for Temporal Mechanics, 49 papers in sequential order, 7 papers for
each volume, according to the following themes of paper compilation:
Volume 1: (papers 1-7)
Hypothesis:
The time-equation proposal and associated process of equation data matching.
Volume 2: (papers 8-14)
Adaptation:
A new mathematical time-equation formulation and associated process of equation data matching.
Volume 3: (papers 15-21)
Development:
The development of a dual time approach for EM and G as the Hybrid time-theory by deriving time to have different subsidiary equations for EM and G.
Volume 4: (papers 22-28)
Derivation:
The interlinking mathematics of the hybrid time theory with associated atomic and subatomic data and equations.
Volume 5: (papers 29-35)
Range:
Determining what the microscopic and macroscopic limits are and why for the time-equation theory, presenting a basic scheme for time-equation cosmology.
Volume 6: (papers 36-42)
Refinement:
A process of deriving the known and more refined subatomic and elementary particle values and associated field force equations and data.
Volume 7: (papers 43-49)
Zero-dimensionality:
Establishing the common underlying mathematics of physical phenomena and associated field force effects, particularly the basis for inertia and gravitational
freefall.
A simple approach was used from Volume 1 in thinking the time equation can be simply matched to EM and G and yield results. Subsequently there were
found to be fundamental issues with the mass-inertia mathematical object approach by physics as compared to the zero-dimensional temporal-spatial
approach of the time-equation. Thus, the whole process became one of repairing known physics data with new descriptions shown to better link data upon the
new zero-dimensional and associated time-equation basis in a way the basis of mass-momentum could not. Here, the greatest difficulty was in having created
a primary arrow of time as the time-equation to then question Einstein’s approach to time, Einstein’s approach which depended primarily on mass-motion
relativity. Ultimately, the mathematical object of momentum was finally linked as inertia with zero-dimensionality in paper 47 thence validating the more
correct basis of the mathematics of zero-dimensionality and associated time-equation.
Thus, everything was against the new time-equation basis from paper 1 in Temporal Mechanics not being based on the mathematical object description of
momentum yet a time-equation. As such, the process was one of comparative analysis and development. The development though was fortunate in having the
time-equation compass.
The completeness of the time-equation theory was realized in reaching the theory and associated data for zero-point energy and then relating such to a
mathematics of zero-dimensionality that could derive the time-equation anew, highlighting the consistency of the formulation process. From there Volume 7
added a new theoretic level in mapping the primes, thence solving the Riemann hypothesis, and then in using the Xemdir field (absolute zero-point energy
field) to derive gravitational free fall and the time-space mechanism of inertia (paper 47).
Temporal Mechanics thus presents as a vast study demonstrating itself to be more than a simple equation for time. Key known problems in physics have been
solved, notably the beauty quark derivation in paper 30, the Riemann hypothesis in paper 44, not to mention the correct value derivation of all the known
constants and equations of physical phenomena throughout the papers as summarized in paper 48.
As a result, the key objection Temporal Mechanics has with contemporary physics is the large-scale description and its dependence on finding dark energy and
dark matter, namely the scales and metrics of astrophysics based on Einstein’s general relativity theory. There, Temporal Mechanics is able to reach and
surpass all the known data findings attributed to general relativity yet here with Temporal Mechanics in not requiring dark energy and dark matter together
with accurately deriving the CMBR temperature and energy values and associated known apparent cosmological metrics.
Simply, Temporal Mechanics has played by the rules of science in relying on all known physical data, especially in not inventing new phenomena (such as dark
energy and dark matter).
There is though the understandable difficulty of promoting a work that does not conform to the accepted fundamental basis of general relativity, hence the
need to present the papers in preprint form. Here the charter, the course, is Temporal Mechanics, and the hope here if not direct activity is to bring into effect
a willingness of contemporary Journals in physics to consider this new approach to describing physical phenomena.
By such here, the papers are arranged in 7 volumes with a volume description attached relating to each of the papers of that volume.
The utility of the complete pdf (continually updated with associated preprint paper updates), is being able to search as per the pdf sidebar indexing system.
The overall benefit of Temporal Mechanics as a study is in it linking the various streams of physics research upon the one mathematical basis (the mathematics
of zero-dimensionality), together with being reassured that unlike the ideas of dark energy and dark matter all the ideas presented by Temporal Mechanics are
within reach.
In short, Temporal Mechanics represents 49 consecutive papers on the idea of hypothetical time-points in space as per the zero-dimensional mathematical
theorem in forming a general timespace tapestry leading to the derivation of all the fundamental equations and associated principles of physical phenomena.
The task for Temporal Mechanics has been and perhaps still is formidable, namely cross-referencing all the data and equation aspects of the various physics
disciplines to then reach a common mathematical object dimensional basis to then propose new phenomena and associated inventions as proof.
Future work therefore is now focussing on demonstrating the zero-dimensional mathematical theorem by way of identifying those new mathematical
equations and how that can be demonstrated with experiment findings.
Stephen H. Jarvis, July 2022,
author of Temporal Mechanics, founder of Xemdir

“By all of such, the general result here shall highlight that there is a natural mathematics to reality, reality proposed as 1d,
2d, and 3d timespace, by going a step beyond “Cogito, ergo sum” presented by Rene Descartes towards a more
mathematical approach to our conscious ability of the dimensions of time and space. Not only will be shown a natural
mathematics to reality, yet one for our conscious ability that highlights a fundamental feature of a balance between light
and darkness .”
Paper 48, “Zero-dimensional philosophy”

NAVIGATION

ADDRESS
Stephen H. Jarvis
Equus Aerospace Pty
Ltd,
Sydney, Australia.

SOCIAL

THE THEORY
TEMPORAL MECHANICS:
ZERO-DIMENSIONAL LOGIC
Temporal Mechanics is a new proposed way of
examining physical phenomena in using a zero-
dimensional philosophy and associated number
theory. Specifically, Temporal Mechanics uses
the mathematical object description of zero-
dimensionality for time and space, namely time
as a moment and space as a point.
Here with the mathematics of zero-
dimensionality and the associated derived time-
equation, Temporal Mechanics presents the case
of defining time as time-domains central to our
perception ability of time and space. In other
words, Temporal Mechanics presents the case of
self-evident axioms for time and space, axioms
that are self-evident to our perception ability of
physical phenomena. The thinking here with
Temporal Mechanics is that the right initial
mathematical model should derive the known
equations and values relevant to known
phenomena, provided that the data exists to
confirm or deny that new axiomatic base.
As the name suggests, Temporal Mechanics is
the proposed mechanics of time, presumably
with space. Here, although time can be observed
to contract and lengthen owing to the relative
motion of bodies, it is derived that the speed of
light c is always a constant velocity where at c
time does not pass. By comparison, Albert
Einstein’s Special and General theories of
relativity merely described the idea of time as
relative temporal incursions between non-zero
inertial mass bodies. Here, Temporal Mechanics
addresses both concepts of time, the primary
universal c time where at c time does not pass
for any location in space, and the secondary
incursions of time due to relative motion.
The demonstration here by Temporal Mechanics
is that the ultimate physics equation can explain
the relationship between time and space if and
only if that equation can derive all the known
fundamental features of physical phenomena,
namely the particles, their field effects, and their
relative metrics, in bridging the large-scale with
the small-scale, forming a link between gravity
and EM, fundamentally explaining the
relationship between mass and energy.
In setting the foundation therefore, Temporal
Mechanics proposes the idea of taking our
perception ability of time and mathematizing
such with a time-equation, and then applying
that equation to a spatial dimension to thence
derive 3d space. To do this though, of course
Einsteinian time needs closer examination,
together with addressing the photon model of
light, by which certain issues with the design of
relativity theory and quantum mechanics need
to be uncovered and discussed as being the
cause of the problem central to the disparity
between gravity and quantum mechanics.
The 49 papers of Temporal Mechanics so far
form the 7 volumes of this reference material for
Temporal Mechanics, 49 papers in sequential
order, 7 papers for each volume, according to
the following themes of paper compilation:
Volume 1: (papers 1-7)
Hypothesis:
The time-equation proposal and associated
process of equation data matching.
Volume 2: (papers 8-14)
Adaptation:
A new mathematical time-equation formulation
and associated process of equation data
matching.
Volume 3: (papers 15-21)
Development:
The development of a dual time approach for
EM and G as the Hybrid time-theory by deriving
time to have different subsidiary equations for
EM and G.
Volume 4: (papers 22-28)
Derivation:
The interlinking mathematics of the hybrid time
theory with associated atomic and subatomic
data and equations.
Volume 5: (papers 29-35)
Range:
Determining what the microscopic and
macroscopic limits are and why for the time-
equation theory, presenting a basic scheme for
time-equation cosmology.
Volume 6: (papers 36-42)
Refinement:
A process of deriving the known and more
refined subatomic and elementary particle
values and associated field force equations and
data.
Volume 7: (papers 43-49)
Zero-dimensionality:
Establishing the common underlying
mathematics of physical phenomena and
associated field force effects, particularly the
basis for inertia and gravitational freefall.
A simple approach was used from Volume 1 in
thinking the time equation can be simply
matched to EM and G and yield results.
Subsequently there were found to be
fundamental issues with the mass-inertia
mathematical object approach by physics as
compared to the zero-dimensional temporal-
spatial approach of the time-equation. Thus, the
whole process became one of repairing known
physics data with new descriptions shown to
better link data upon the new zero-dimensional
and associated time-equation basis in a way the
basis of mass-momentum could not. Here, the
greatest difficulty was in having created a
primary arrow of time as the time-equation to
then question Einstein’s approach to time,
Einstein’s approach which depended primarily
on mass-motion relativity. Ultimately, the
mathematical object of momentum was finally
linked as inertia with zero-dimensionality in
paper 47 thence validating the more correct
basis of the mathematics of zero-dimensionality
and associated time-equation.
Thus, everything was against the new time-
equation basis from paper 1 in Temporal
Mechanics not being based on the mathematical
object description of momentum yet a time-
equation. As such, the process was one of
comparative analysis and development. The
development though was fortunate in having
the time-equation compass.
The completeness of the time-equation theory
was realized in reaching the theory and
associated data for zero-point energy and then
relating such to a mathematics of zero-
dimensionality that could derive the time-
equation anew, highlighting the consistency of
the formulation process. From there Volume 7
added a new theoretic level in mapping the
primes, thence solving the Riemann hypothesis,
and then in using the Xemdir field (absolute
zero-point energy field) to derive gravitational
free fall and the time-space mechanism of
inertia (paper 47).
Temporal Mechanics thus presents as a vast
study demonstrating itself to be more than a
simple equation for time. Key known problems
in physics have been solved, notably the beauty
quark derivation in paper 30, the Riemann
hypothesis in paper 44, not to mention the
correct value derivation of all the known
constants and equations of physical phenomena
throughout the papers as summarized in paper
48.
As a result, the key objection Temporal
Mechanics has with contemporary physics is the
large-scale description and its dependence on
finding dark energy and dark matter, namely the
scales and metrics of astrophysics based on
Einstein’s general relativity theory. There,
Temporal Mechanics is able to reach and
surpass all the known data findings attributed to
general relativity yet here with Temporal
Mechanics in not requiring dark energy and dark
matter together with accurately deriving the
CMBR temperature and energy values and
associated known apparent cosmological
metrics.
Simply, Temporal Mechanics has played by the
rules of science in relying on all known physical
data, especially in not inventing new
phenomena (such as dark energy and dark
matter).
There is though the understandable difficulty of
promoting a work that does not conform to the
accepted fundamental basis of general relativity,
hence the need to present the papers in
preprint form. Here the charter, the course, is
Temporal Mechanics, and the hope here if not
direct activity is to bring into effect a willingness
of contemporary Journals in physics to consider
this new approach to describing physical
phenomena.
By such here, the papers are arranged in 7
volumes with a volume description attached
relating to each of the papers of that volume.
The utility of the complete pdf (continually
updated with associated preprint paper
updates), is being able to search as per the pdf
sidebar indexing system.
The overall benefit of Temporal Mechanics as a
study is in it linking the various streams of
physics research upon the one mathematical
basis (the mathematics of zero-dimensionality),
together with being reassured that unlike the
ideas of dark energy and dark matter all the
ideas presented by Temporal Mechanics are
within reach.
In short, Temporal Mechanics represents 49
consecutive papers on the idea of hypothetical
time-points in space as per the zero-dimensional
mathematical theorem in forming a general
timespace tapestry leading to the derivation of all
the fundamental equations and associated
principles of physical phenomena.
The task for Temporal Mechanics has been and
perhaps still is formidable, namely cross-
referencing all the data and equation aspects of
the various physics disciplines to then reach a
common mathematical object dimensional basis
to then propose new phenomena and
associated inventions as proof.
Future work therefore is now focussing on
demonstrating the zero-dimensional
mathematical theorem by way of identifying
those new mathematical equations and how
that can be demonstrated with experiment
findings.
Stephen H. Jarvis, July 2022,
author of Temporal Mechanics, founder of
Xemdir

“By all of such, the general result here shall
highlight that there is a natural
mathematics to reality, reality proposed as
1d, 2d, and 3d timespace, by going a step
beyond “Cogito, ergo sum” presented by
Rene Descartes towards a more
mathematical approach to our conscious
ability of the dimensions of time and space.
Not only will be shown a natural
mathematics to reality, yet one for our
conscious ability that highlights a
fundamental feature of a balance between
light and darkness .”
Paper 48, “Zero-dimensional philosophy”