Canadian Solves Time
Puzzle of the Universe
Exclusive to Canadian
Vindicator e-zine
Who, what, where, when,
and why?
Rohleder. Paul Rohleder.
Canadian. That's who.
The precise age of the
Universe. That's what.
In Ireland. That's where
he works as a geologist.
August, 2002. That's
when he was sure of
the discovery.
Human fascination with
time. That's why he
researched the subject.
To begin at the beginning,
people and civilizations
through the millennia
have grappled with many
questions about the
Universe in which they
find themselves. One
of those questions has
stumped cosmologists,
scientists, physicists,
numismatics, and thinkers
throughout time immemorial.
What age is the Universe?
To give just one example,
the Mayans of Mexico
calculated the age at
10.23 Ga or billion
years.
Since the deployment
of the Hubble telescope
in space in our own
time, scientists have
placed its age at around
15 billion years.
Now a Canadian born geologist
and researcher has come
up with a much more
precise dating.
The Universe, he claims,
is 15.96 Ga or billion
years old.
Paul Rohleder, a Canadian
born geologist and graduate
of Trinity College,
Dublin, has been studying
the question of geological
time for many years.
Now he has come up with
a series of equations
that lead to a finding
of 15.96 billion years.
It may well be asked
why he has chosen to
place the result of
his study first in this
e-zine, The Canadian
Vindicator, rather than
in a scientific journal.
The answer is simple.
His principal concern
is to get the information
into the public domain
as speedily as possible.
As an environmentalist
he has taken a keen
interest in the rehabilitation
of the lower Erne River
basin and the preservation
of its wild salmon stock,
issues which have been
of continuing interest
to the Irish section
of this and its predecessor
web site since 1996.
He also provided much
of the material for
the "Rocks
from the Basement of
Time" (his
own words) article which
appeared in a previous
issue of The Canadian
Vindicator.
No doubt his dating of
the Universe will be
the subject of much
debate, and should the
equations on which he
bases it come closer
to the mark than anything
produced hitherto, they
may spark much heat
as such debates are
wont to do.
Meantime, as a Canadian
based e-zine, www.vindicator.ca
is privileged to be
the first to place the
Rohleder equations on
the World Wide Web.
"Anyone who possesses
a modest scientific
calculator with a (Praetorian)
Pi notation or key can
work through these equations
and obtain the all-important
answer," says Mr.
Rohleder. The ability
to obtain duplication
of his results will
be proof of the correctness
of his findings. That
is why their full sequence
is outlined in this
article.
All other media are free
to quote, with appropriate
acknowledgment.
The Age of the Universe
(By P.M. Rohleder)
Goethe, devoted to
stones
who guessed - he never
could prove it -
Newton led Science astray.
--Wystan Auden, May 1973
How Old (or Young)
Is the Universe
It is generally accepted
from observation that
the expansion and evolution
of the Universe suggest
it has a finite or definite
age, considered to be
the time since the so-called
"big bang".
Ages ranging from 10
to 20 billion years
have been put forward
as an age for the Universe,
although presently a
figure 13-14 billion
years old seems to be
holding sway. Is this
figure sighted by an
instrument, the Hubble
Space Telescope, completely
accurate and is there
possibly an alternative
way of calculating an
age for the Universe
e.g. from the geological
time scale? This article
examines exactly that
possibility.
Cosmologists versus
Geologists
Cosmologists or astronomers
may write about the
Universe and the big
bang, a "spot in
time", only it
is really the geologist
or earth scientist who
experiences the earth-universe
compressed into a moment.
What do the geologists
know that the cosmologists
may find hard to grasp?
The Paradox of Time
To explain the Paradox
of Time take the age
of magma and e.g. Recent
volcanic activity on
the island of Hawaii
forming a rock like
a piece of basalt. It
may be generally perceived
that it is only 1 Ma
(million years old),
or less, depending on
the age of the volcanic
activity. But the Age
of the Earth is believed
by most to be 4.6 Ga
(billion years old).
That piece of basalt
has been evolving as
both a solid and liquid
melt for the same period
of time. Its much more
true age is really 4.6
Ga (billion years old).
Only that is not the
whole story. Let us
say for the sake of
argument that the Universe
is 15 billion years
old, then at least the
gaseous phase of that
basalt was evolving
in the Universe some
10.4 Ga (billion years)
before the earth proper
came into orbit. This,
of course, means an
even truer age for the
piece of basalt, more
like the age of the
Universe itself.
Series of Equations
Below is given a Series
of Equations with some
terms, e.g. End of Jurassic,
which may be unfamiliar
to the general reader.
Hence a glossary of
these terms has been
provided at the end
of the article.
This Series of Equations
illustrates how an extrapolation
of the apparent "younger"
aged End of Jurassic
and Cretaceous Periods
together with the common
denominator for geological
and universal time,
i.e. Praetorian Pi,
is logical to determine
an age for the Universe.
It should be noted that
all numeric ages for
the End of Geological
Periods and other terms
used in the Series of
Equations are taken
from the reference:
A Geological Time Scale
by Harland, W.B. et
al. (eds.) (1982).
Praetorian Pi
Praetorian Pi, or simply
Pi, is one of the stars
of the world of mathematics
and is used to denote
the ratio of the circumference
of a circle to its diameter.
The ratio itself is
3.1415...+ and is taken
from the Greek word,
periphery.
Carl Sagan in his 1985
novel Contact wrote
this about the transcendental
number (a symbol of
infinity): "How
can you hide a message
inside pi? It's built
into the fabric of the
Universe."
A DIY (Do-it-yourself)
Guide to calculating
an age for the Universe
Duplication of results
is an important part
of the scientific endeavour.
What is somewhat remarkable
here is that the average
person equipped with
a modest scientific
calculator, with a (Praetorian)
Pi notation or key,
can work their way through
these Series of Equations.
They can obtain for
themselves, the all-important
answer that suggests
a (possible) age for
the Universe of 15.96
Ga or Gyr (billion years).
(Science can sometimes
almost be fun).
The Rohleder Series
of Equations
Note:
Ma = million of years
Ga = billion of years
Praetorian Pi = transcendental
number and a symbol
of infinity
End
of Permian |
=
|
248
Ma |
End
of Permian
Praetorian Pi |
= |
78.94 Ma |
End
of Permian
3.1459
..
|
+
|
End
of Cretaceous |
=
|
? |
78.94
Ma |
+ |
65 Ma |
= |
143.94
Ma |
143.94
Ma |
= |
End
of Jurassic |
End
of Jurassic |
= |
144 Ma |
End
of Jurassic
3.1459
.. |
=
|
45.84
Ma |
End
of Jurassic
Praetorian Pi |
+
|
End
of Cretaceous |
= |
? |
45.84
Ma |
+ |
65 Ma |
= |
110.84
Ma |
End
of Jurassic
Praetorian Pi |
x
|
End
of Permian |
= |
? |
45.84
Ma |
x |
248 Ma |
=
|
11.37
Ga |
End
of Jurassic
Praetorian Pi |
=
|
45.84
Ma |
End
of Jurassic
3.1459
.. |
+
|
End
of Cretaceous
|
=
|
? |
45.84
Ma |
+ |
65 Ma |
= |
110.84
Ma |
Square
Root of Praetorian
Pi |
= |
1.7724
.. |
End
of Jurassic |
x |
Square Root
of Praetorian
Pi |
= |
? |
144
Ma |
x |
1.7724
.. |
= |
255.23 Ma |
(End
of Jurassic
x Square Root
of Praetorian
Pi) |
+ |
End of Cretaceous |
= |
? |
144
Ma |
x
|
1.7724
..
|
+ |
65
Ma |
= |
320.23 Ma |
320.23
Ma |
=
|
End of Lower
Carboniferous |
End
of Ordovician |
= |
438
Ma |
End
of Ordovician |
- |
End
of Permian
Praetorian Pi |
= |
? |
438
Ma |
- |
78.94
Ma |
= |
359.06
Ma |
359.06
Ma |
= |
End
of Devonian
(+ 1 Ma) |
End
of Jurassic |
x |
(End
of Jurassic
Praetorian Pi
|
+
|
End
of Cretaceous) |
= |
? |
144
Ma |
x
|
(144
Ma 3.1415
. |
+
|
65
Ma) |
=
|
? |
144
Ma |
x
|
45.84
Ma |
+ |
65
Ma |
= |
? |
|
144
Ma |
x |
110.84 Ma |
= |
15.96
Ga |
15.96
Ga |
= |
(Possible)
Age of Universe |
|
Ga |
=
|
billion
of years |
Generally
accepted (Possible)
Age of Earth |
= |
4.6 Ga |
(Possible)
Age of Universe
|
=
|
15.96
Ga |
(Possible)
Age of Universe |
- |
(Possible)
Age of Earth |
= |
? |
15.96
Ga |
- |
4.6
Ga |
= |
11.36
Ga (+.01 Ga) |
(Please
see Equation
above for 11.37
Ga) |
(Another
Possible) Age
of Earth |
= |
15.96
Ga |
- |
11.37
Ga |
= |
? |
(Probable)
Age of Earth |
= |
4.59 Ga |
Macro Cosmos
equals Micro
Cosmos
Therefore
that implies:
(Probable
Age of Earth
implies
Probable
Age of Universe)
|
15.96
Ga
Praetorian Pi
|
= |
15.96 Ga
3.1415
..
|
=
|
5,080.38
Ma |
5,080
Ma |
= |
(Possible)
Age of Solar
System |
5080 Ma
(End
of Jurassic)
Praetorian
Pi
|
+ |
End of Cretaceous |
= |
? |
5080 Ma
(144
Ma)
3.1415
..
|
+ |
65
Ma |
= |
? |
5080
Ma
110.84 Ma |
=
|
45.84
Ma |
45.84
Ma |
= |
End
of Jurassic
Praetorian Pi |
(Optional) |
118
Ma |
=
|
"Base"
of Cretaceous
Normal? |
118
Ma
Praetorian Pi |
=
|
? |
118
Ma
3.1415
|
=
|
37.56 Ma |
Base
of Cretaceous
Normal
Praetorian Pi |
+
|
End
of Jurassic
Praetorian Pi
|
=
|
? |
37.56
Ma |
+
|
45.84
Ma |
= |
83.40 Ma |
83.40
Ma |
= |
End
of Cretaceous
Normal |
Glossary
"End of Cretaceous"
Ma = million of years.
End of Cretaceous = 65
Ma
The Cretaceous Period
ended 65 Ma (million
years ago) and is noted
for the mass extinction
of the dinosaurs (except
for the birds) and half
of all invertebrate
marine organisms. The
cause of the End of
Cretaceous extinction
is currently thought
to be a meteorite impact.
While this was a major
extinction, the most
devastating mass extinction
occurred at the End
of the Permian = 248
Ma (million years ago).
The Cretaceous Period
(144 -- 65 Ma) is named
after Creta, the Latin
for chalk, and was first
recognized from the
chalk rock in the southeast
of England, e.g. the
White Cliffs of Dover.
"End of Jurassic"
End of Jurassic = 144
Ma
The Jurassic Period ended
144 Ma (million years
ago) and marks the turning
point in the evolution
of life as the earth's
fauna showed a new diversity
(e.g. Archaeopteryx,
thought to be the earliest
dinosaur-like bird fossil).
While many organisms
representative of the
Jurassic fauna became
extinct and new forms
evolved, it is around
this end-time that the
flowering plants appeared,
their impact being enormous
for life on Earth. Interestingly,
there was a minor extinction
near the End of the
Jurassic and the majority
of the huge sauropod
dinosaurs became extinct,
together with many genera
of ammonoids and marine
reptiles. The cause
of this is still unknown.
The Jurassic Period (206
-- 144 Ma) is named
after rocks zoned by
an "explosion"
in diversity of ammonite
fossils located in the
Jura Mountains bordering
Switzerland and France.
"End of Permian"
End of Permian = 248
Ma
The Permian Period ended
248 Ma (million years
ago) and is known for
the largest mass extinction
event in the Earth's
history. It is estimated
that 85% of marine species
(mostly invertebrates)
including all the trilobites,
and 70% of species on
land. went extinct,
as well as most land
plants. The exact cause
of this huge mass extinction
has not been determined,
although many theories
have been put forward
from changes in sea-level
to a meteorite (asteroid)
impact.
The Permian Period (286
-- 248 Ma) is named
after rocks from the
province of Perm in
Russia. The reconstructed
geography of the Permian
is thought to have had
the earth's continents
practically all together
in a single land mass
known as "Pangea."
"Cretaceous Normal"
End of Cretaceous Normal
= 83 Ma
"Base" of Cretaceous
Normal? = 118 Ma
Ocean floor that formed
from 119 Ma to 83 Ma
is known as the "Cretaceous
quiet zone" because
of the absence of globally
traceable magnetic anomalies
over oceanic crust of
this age. Irving &
Pullaiah (1976) use
the expression 'Cretaceous
Normal quiet interval'
and the symbol 'K-N'
to describe the interval
of normal polarity bias
that occurred during
the Cretaceous Period.
Reference: Harland, W.B.
et al.(eds) (1982).
A Geological Time Scale,
Cambridge University
Press, 131 pp.
Cretaceous Normal is
simply an "unusual"
period of 36 Ma, when
the polarity of the
Earth's magnetic field
remained (the same or)
in the normal state.
The last equation ties
it in.
Pi. A transcendental
number and a symbol
of infinity
Praetorian Pi = transcendental
number and a symbol
of infinity
A very brief note on
this transcendental
number is necessary.
The best source of information
on Pi is David Blatner's
(1997) book, The Joy
of Pi. A brief summary
of the 130 page book
is given on the web
at www.joyofpi.com.
Note: A more recent figure
based on Hubble Telescope
observations gave an
age of between 13 to
14 billion years. Mr.
Rohleder's equations
have raised this to
15.96 Ga billion years.
Why the one and a half
or 1.5 billion year
discrepancy? Has a human
mind scored over an
inanimate technical
instrument?
Mr. Rohleder may be contacted
at:
Slieveardagh Teoranta
The Mall
Ballyshannon, Co. Donegal
IRELAND
--30--
Home
| About
| Canadian Vindicator
| Literature
| Gallery
| History
|