Theoria Omnia
How does Life fit into the Mathematics which describe
the Universe ?
It
seems appropriate (if controversial), to include the possibility that
life is also a legitimate and ubiquitous part of the universe and has
a place in the considerations of the 'Theory of Everything', the
multitude of 'beliefs' notwithstanding. With
reference to the Table below -
The tentative placement of life at the t/s ratio position of t4/s4
implies an additional scalar motion, that of energy (t/s) applied to
mass, that is, life = mass x energy, ( t4/s4
= t3/s3
x t/s). These mathematics imply that life has an additional degree of
freedom of scalar motion (4) when compared with mass (3), and also
that life's inherent energy equivalent is mc3
if Einstein's logic is carried past mass.
The
other part of life, that of the intangible working of mind or
'consciousness', has its theoretical position in the s/t ratio area,
again with an additional degree of freedom above that of gravity, at
s4/t4
which is also reciprocal to the physical part of life, t4/s4
as discussed above. The implication of the mathematics is that life
x consciousness = unity, which makes the organism whole, still an
analogue of t/s and s/t as discussed in a previous post for the lower
power indices of s
and t
which are electricity, magnetism and mass. Similarly, the
mathematical implication is that the 'consciousness field' is weaker
per unit volume than the other fields but if consistent with the
other fields, ranges across a larger volume of space than do the
others. It may also have an underlying constant at s4/t5
analogous to Kg
, suggesting a higher frequency.
This
mathematical view is not without parallel in the disciplines of
philosophy and psychology, therein sometimes described as 'the spark
of life' and 'the meeting of minds'. Another implication of the
mathematics is that all life is connected with all other life, just
as all mass is connected with all other mass via its reciprocal
field, in the case of mass by the gravity field and in the case of
life by the consciousness field. There is ample evidence every day to
support the connection between life of different species, and between
the same species on Earth. No-one likes to see their kitty run over,
or their child either.
The
proposed mathematical congruity between life and the rest of the
physics of the universe imply that life is a part of the universe
rather than an exception to it, suggesting that it should be expected
at some point to encounter life from other places and times. That may
change the perspective that homo sapiens has of its own species and
those other species which share the planet Earth. Communication via
the 'consciousness field' may be a possibilty both intra and ex
planet. There is anecdotal evidence of that.
Another
interesting question is why matter loses its fourth energy freedom
after a defined passage of time and results in 'death', or a return
of the physical state of life back to the state of mass. That there
is a difference between mass and life can hardly be denied. The
fourth degree of freedom may differ in its behaviour from the other
space-time ratios, including the possibility that, perhaps like
quantum waves, it may be sourced from time-space. The fourth energy
freedom may not move through 'observable' space-time and may be
analogous to the wave form moving through time-space, suggesting an
explanation for a finite physical life span.
Table of Space-Time Units
of Measure
MATTER Space Expansion ----> VISIBLE UNIVERSE
|
0
|
s0
|
s1
|
s2
|
s3
|
s4
|
1/s
|
1/s2
|
1/s3
|
1/s4
|
|
t 0
|
s 0
t 0
singularity
BIG
BANG
|
s
length,
electric
quantity
(C)
|
s 2
area,
magnetic
quantity
(W/m2)
|
s 3
volume,
mass
quantity (kg)
|
s 4
?
|
1/s
power (elec.mag.
mass)
|
1/s2
?
|
1/s3
?
|
1/s4
?
|
|
t1
|
t
time
|
t s
up
quark
|
t s2
charm
quark
|
t s3
top
quark
|
t s4
gluon
|
t/s
energy,
work,
electric charge
|
t/s2
force,
electric
potential, emf
(Velec
)
|
t/s3
elect field
intensity
(E)
|
t/s4
pressure
|
|
t2
|
t 2
?
|
t 2
s
down
quark
|
t 2s2
strange
quark
|
t 2s3
bottom
quark
|
t 2s4
photon
|
t 2/s
inertia
|
t 2/s
2
momentum,
magnetic charge,
electrical
resistivity (ρ)
|
t 2/s
3
electric
resistance (R),
magnetic
potential, mmf
(Vmag
)
|
t 2/s
4
magnetic
field
intensity (H)
|
|
t3
|
t 3
?
|
t 3s
electron
|
t 3s2
muon
|
t 3s3
tau
|
t 3s4
Z-boson
|
t 3/s
moment of inertia
|
t 3/s2
?
|
t 3/s3
mass
charge
|
t 3/s4
magnetic
resistance
(μ),
mass potential, massmf
(Vmass)
|
|
t4
|
t
4
?
|
t 4s
electron
nutrino
|
t 4s2
muon
nutrino
|
t 4s3
tau
nutrino
|
t 4s4
W-boson
|
t 4/s
?
|
t 4/s2
?
|
t 4/s3
?
|
t
4/s4
life
charge
(?)
|
|
1/t
|
1/t
frequency
1
freedom
υ
|
s/t
speed,
elec.current
Ielec,
Efield
|
s 2/t
Hawking
radiation
(RH)
(?)
|
s 3/t
?
|
s 4/t
?
|
1/ ts
|
1/ ts2
|
1/ ts3
|
1/ ts4
|
|
1/t2
|
1/t2
frequency
2
freedom
(?)
|
s/t2
Δ
speed,
acceleration
KE
= Eυ
9.487
x 1033
|
s 2/t2
magnetic
current
Imag,
Bfield
electrical
concuctivity (σ)
|
s 3/t2
?
|
s 4/t2
?
|
1/ t2s
|
1/ t2s2
|
1/ t2s3
|
1/ t2s4
|
|
1/t3
|
1/t3
frequency
3
freedom
(?)
|
s/t3
Δ
accel.,
|
s 2/t3
KB
= Bυ
2.846x1042
|
s 3/t3
gravity
mass
current
Imass,
gfield
|
s 4/t3
?
|
1/ t3s
positron
|
1/ t3s2
|
1/ t3s3
|
1/ t3s4
|
|
1/t4
|
1/t4
?
|
s/t4
?
|
s 2/t4
?
|
s 3/t4
Kg
= gυ
8.538x1050
|
s
4/t4
consciousness
life
current
Ilife
(?)
|
1/ t4s
|
1/ t4s2
|
1/ t4s3
|
1/ t4s4
|
↓ Expansion
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