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Prof. Vincent Brannigan wrote:
> > > >Aw, c'mon then why does the professor say
things like :
> > > >" To work a harder stone, one simply has
to work harder."
> > > >Eh?
> What I said was "hard stones simply mean you
work harder".
> by
transposing the words you make it appear that hard work alone is
> the requirement. it is not.
You made it so appear. But I got blamed.
> Working a stone
with abrasives clearly requires
> an abrasive harder than the stone.
no one suggests
otherwise.
> But there is nothing magical about it.
Exactly. Therefore let one of the many guys around
here, who
claim to know everything about the exceedingly
simple art of
stonemaking, replicate some of these Egyptian
artifacts.
Perhaps, you will give it a try? Remember, if
you exude
enthusiasm - half the work is done already.
> > .> >> >The Irish workers had modern tools.
Steel, and a range of other
> > .> >> >thoroughly modern gizmos, even if
none of these were
> > power-driven.
> none of which
have anything to do with laying precise blocks of stone.
How can you say such a thing with a straight face!
All of those tools were instrumental in producing
precise
blocks of stone and transporting those to their
destination.
> > Mean deviation from a perfectly flat plane
was the miniscule 1/100"
> > over a distance of 75". This spec allowed
for the incredibly thin
> > film of superfine quality mortar (1/50").
> > 1/100 of an inch is slightly thicker than
a hair..
> dig
a 500 foot trough. fill
it with water on a flat calm day.
> you
can get this kind of accuracy.
Okay, you can get flat water surface, then quick-freeze
it,
before the tide sets in, or someone breezes:-)
But I was talking about stone, and stone is thicker
than
water. How do you fit stones to this flat water
surface?
> not thayt I buy without cites your claim.
Not my claim, it's widely known facts of life
at Giza.
> > All measurements are approximations. Measuring
by eye, without
> > precise instruments always results in, at
best, a tiny error.
> thats whjy you replicate the measurement over
and over.
So what, they're still gonna be unaided eye-measurements.
> > I'm sure, you won't dispute that. Two-hundredths
of a degree,
> > or even more is an error one just cannot
perceive by eye. But,
> > measure by eye a few times under unfavorable
conditions of uneven
> > terrain, and the errors will start adding
up, despite some errors
> > cancelling out others.
> prove
that they are systematic. random
errors do tend to cancel
Random errors do tend to cancell out each other
- yes - but
not exactly. That's why they are called random
errors.
They tend.. Tendency is nothing accurate - it
can mean anything.
We could show this on a graph of continuous average
errors.
The longer the distance and the greater the number
of random
errors, the more scatter we get in the average
error.
It's a statistical certainty. You should know
as much.
You do know as much. But you act, as if you knew
nothing
about it.
Professor, you have to be more truth-loving.
You shouldn't be
caught in this eagerness to entangle your opponents
in verbiage.
> Before you know it, you'll be out a whole
> > degree, but to know it, you would have to
see and measure the
> > entire miles long line from high above the
Andean foothills..
> nonsense.
" Nonsense!" declared the king. Everyone was executed,
and they all lived happily in the hereafter.
Jiri Mruzek-discovered by the world's oldest image
of a horseman
Date:
Wed, 09 Apr 1997 02:35:33 -0700
From:
Jiri Mruzek <jirimruzek@lynx.bc.ca>
Organization:
Ancient Science-Art
Newsgroups:
sci.archaeology
References:
1 , 2
ANTTI TOLAMO wrote:
> > @FROM :jirimruzek@lynx.bc.ca
N
: > Absolutely! It is obvious that the Egyptians
used Hi-Tech..
: > On a chance you meant that their tools were
typical primitive
: > tools of the day, that is unlikely, for if
true, there would be
: > nothing to stop archaeologists and aegyptologists,
and their
: > students from getting together and replicating
some of the most
: > daunting Egyptian achievements by the sheer
force of numbers,
: > and by the virtue of patience. I would love
to see someone
: > finish that 1,000-ton obelisk, and float
it several hundred
: > miles down the Nile, and then carry it next
to one of the
: > 1,000-ton obelisks already standing in Egypt.
: > The absence of such demonstrations is conspicuous.
It is a
: > glaring sign advertising the moderns' impotence
in replicating
: > such ancient achievements.
: > Which is just too bad for the other side
in this exchange..
.> >> : > Regards,
.> >> : > Jiri
> Hey!Are sure you don't think this all wrong
way around?What if there
> were primitive tools but VERY advanced methods
of understanding matter
> and it's priciples(like physics,chemistry,mathematics
and etc...).After
> all,if you understand better laws which govern
our universe,you would
> be able to need less so called 'Hi-tech' tools
than a people who
> are more primitive in that respects.Isn't that
only logical?
Yes, it is perfectly logical. The thought has
flown through
my head many times. It is one of the possibilities
- the alternative
of parallel technology, which we would call magic.
Tales of magic
are dime a myriad.
> >> Why does it always have to be "little green
men"?????
.> >If you were less than a foot tall, wouldn't
you be
.> >green with envy, too?
.> >Do you think, you would look any better by
the time you
.> >reached the center of our galaxy?
> Yes I agree and you have to remember too that
most of the aliens are
> naked ,so wouldn't you be embarassed and wanting
to 'sink' into the
> ground,if you noticed that after you had tarvelled
half the galaxy,you
> found less developed culture which had devopled
clothes?
I would set my laser - the great equalaser - to
dissolve clothing.
Thu, 10 Apr 1997 23:15:23 -0700
From:
Jiri Mruzek <jirimruzek@lynx.bc.ca>
Organization:
Ancient Science-Art
Newsgroups:
sci.archaeology, alt.alien.visitors
References:
1 , 2 , 3 , 4 , 5
fluid@alaska.net wrote:
> > Someone wrote:
> > > : > ...It is obvious that the Egyptians
used Hi-Tech..
> > > : > On a chance you meant that their tools
were typical primitive
> > > : > tools of the day, that is unlikely,
for if true, there would be
> > > : > nothing to stop archaeologists and
aegyptologists, and their
> > > : > students from getting together and
replicating some of the most
> > > : > daunting Egyptian achievements by the
sheer force of numbers,
> > > : > and by the virtue of patience...
> It appears that you lack understanding how
the academic community works.
I always lack understanding. So I'm being told.
But, I understand,
how the academia does not work..
> Why would
> ( or should ) numerous "archeologists and aegyptologists
and their students" plan a
> major group study of this type?
Because they would provide an unforgettable service
to science.
Cairo would speak of academic invasion years
later, still.
They would bear me out.
Egypt is worth a visit, but writing history while
visiting there
is like living with the boots on..
Be part of the cavalry to the rescue.
Because you are losing this argument:-)
> Money, scheduling, academic rivalry, better
things to
> do with time and money...
Like what better things? But, surely not bigger
things?
THink what this would do for our theoretical
knowledge.
> these are among the reasons why this hasn't
happened and won't
> happen. Why should all these busy people
get together to "prove"
> something they already believe and see
no reason to demonstrate?
And what is their belief based on, how did they
test it?
They didn't, yet, they stubbornly refuse to consider
any possibility
of such tests - ever. Can denial be more blatant?
Can Pseudo-science
be far behind?
> They are not motivated by your feeble
> claims...feeble meaning low volume, not low
importance.
You are right.
:> > > > The absence of such demonstrations is
:> > > > conspicuous. It is a glaring sign advertising
the moderns'
impotence in
:> > > > replicating such ancient achievements.
> The absence of demonstration proves nothing,
as any thinking person knows.
Yes, when out of context.
But, you (your side) need to prove that something.
Otherwise,
you have to consider the s.c. far-out ideas more
somberly.
We've seen the ads - now, where is the beef (the
feats)?
> We never
> proved that we could destroy all life on earth
with our nuclear technology, but did that
> disprove the premise? Of course not.
Science, and life for that matter, does not work
> that way, even if you desperately want it to.
You're wrong. We did prove that we could destroy
all life on earth with
our nuclear technology, by destroying all life
in test sites.
Likewise, If you could carry one 1,000 ton granite
block for 100
kilometers, it would prove that the same could
be done again and again.
> While I personaly do not believe that the ancients
posessed high tech tools, that
> doesn't mean that the premise should not be
discussed.
Do you agree that we should also check out my
Science-Art, starting,
let's say, with the Nasca Monkey report? It would
be important to prove
for a change that the ancients could do something.
In this case, the
immediate benefit would be a truer estimation
of the mathematical
knowledge of Nasca's designers.
> But let's try to keep things
> real, shall we? Believe what you will,
but don't put yourself in the same league as,
> for example, the "pyramid scheme" spammers
with which we are all so familiar. Their
> claims are half truths or logically flawed...let's
try not to succumb to the "ends
> justify the means" groups.
You put me in the same league with spammers?
Now, I do see for certain that you are out of
touch with reali
Fri Apr 11 01:16:08 1997
Shooty wrote:
.>>>>> Mean deviation from a perfectly flat plane
was the miniscule
1/100"
.>>>>> over a distance of 75". This spec allowed
for the incredibly thin
.>>>>> film of superfine quality mortar (1/50").
.>>>>> 1/100 of an inch is slightly thicker than
a hair..
> a curved pipe, it finds its owm level,
you put posts into the ground at
> points A and B. The pipe is between the posts,
vertical extensions of
> the pipe go up the posts, fill with water to
desired level and mark on
> posts. Set up another post at point C, move
the pipe to between posts B
> and C, fill with water up to the mark on post
B, mark on C, now all the
> marks are at the same height.
Yes, it is a nice method, but it has no application
in
planing mantle-stone surfaces to the specs above.
namon
Fri, 11 Apr 1997 17:56:13 -0700
From:
Jiri Mruzek <jirimruzek@lynx.bc.ca>
Organization:
Ancient Science-Art
Newsgroups:
sci.archaeology, soc.culture.usa, sci.history.science,
sci.anthropology, sci.skeptic, sci.math,, alt.alien.visitors
>From - Fri Apr 11 02:33:28 1997
ku6973@freenet.on.ca wrote:
> Clint Johnson wrote:
> > Jiri Mruzek <jirimruzek@lynx.bc.ca> wrote
.>>>>> Mean deviation from a perfectly flat plane
was the miniscule
1/100"
.>>>>> over a distance of 75". This spec allowed
for the incredibly thin
.> > > > > film of superfine quality mortar (1/50").
.>>>>> 1/100 of an inch is slightly thicker than
a hair..
> > > > dig a 500 foot trough. fill it with
water on a flat calm day.
> > > > you can get this kind of accuracy.
> > > Okay, you can get flat water surface, then
quick-freeze it,
> > > before the tide sets in, or someone breezes:-)
> > > But I was talking about stone, and stone
is thicker than
> > > water. How do you fit stones to this flat
water surface?
> > Submerge the rock to the desired level and
pound and grind down anything
> > that sticks up above the water. Work on it
for a while and you would have a
> > *very* flat surface.
Submerge the 17-ton rock, and do so do it with
each of
the 115,000 casing stones? Gee, why haven't I
thought of
that one before?
BTW, is this how you would work all the sides?
How would
you get the sides to be parallel and perpendicular?
This
is getting better by the minute, as we take a
lot of breaks
waiting for the waves to settle after each little
movement.
> > > > not thayt I buy without cites your claim.
> > > Not my claim, it's widely known facts of life at Giza.
> > Been there. It is also a widely know "fact"
of life at Giza that the Nile
> > river defies the law of gravity by flowing
south to north. There are a
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
> Ahhmmm? Explain that statement.
Are you sugesting the river flows
> up-hill? Or that SOUTH, being at the
bottom of the map, has a lower
> elevation with respect to sea level, than has
the NORTH, which is located
> at the top of the map? Have you learned
how to read maps?
> > lot
> > of widely known "facts" that just ain't so.
He is suggesting that I am suggesting it. Or the
equivalent of it,
in citing specs for the mantle stones. Some like
to play it absurd,
when feeling righteous. He disbelieves those
specs exist.
> > By the way, the pyramid looked quite impressive.
A marvelous piece of human
> > engineering... but nothing unfathomable to
my eye.
How would you transport the 70-ton blocks to the
required level?
Fri Apr 11 02:40:51 1997
Shooty wrote:
> Jiri Mruzek wrote:
> > .. Seal of Atlantis? Don't forget, the only
other
> > place, where we can see this unique geometric
design is in the
> > Stone-Age Cinderella Engraving from La Marche.
> You are the only one who seems to see this
design, this so called
> 'Seal of Atlantis'.
Maybe. Nevertheless, it is real. It's where I
say it is.
Check the story out, and disprove it if you can.
Since
you can't, this is the only way out for you -
slandering
while generalizing. Don't forget - the s.c. Seal
of Atlantis
is a mathematical idea, which I describe in detail.
Apply yourself to that!
> Why Atlantis by the way?
Plato's account of Atlantis is very believable.
Atlantis fits the Stone-Age time-frame.
Do you know of any other candidate civilisations
from the Atlantic regions, for the period?
Sun, 13 Apr 1997 22:50:36 -0700
From:
Jiri Mruzek <jirimruzek@lynx.bc.ca>
Organization:
Ancient Science-Art
Newsgroups:
sci.archaeology, alt.alien.visitors, soc.culture.usa,
sci.history.science, sci.anthropology, sci.skeptic, sci.math
References:
1 , 2 , 3 , 4 , 5 , 6 , 7 , 8 , 9 , 10 , 11 , 12 , 13 , 14 , 15 , 16
Matt Silberstein wrote:
> In sci.anthropology Jiri Mruzek <jirimruzek@lynx.bc.ca> wrote:
> >Exactly. Therefore let one of the many guys around here, who
> >claim to know everything about the exceedingly simple art
of
> >stonemaking, replicate some of these Egyptian artifacts.
> >Perhaps, you will give it a try? Remember, if you exude
> >enthusiasm - half the work is done already.
> I have seen many people suggest you contact someone who works stone,
> but I have not seen anyone claim even significant knowledge of stone.
I have seen a few people on both sides claim nice expertise.
We have Dunn, Maathusen, some others..
> And I am still surprised that you have not already contacted such
> people.
I am not sure that such people exist. Had they existed,
at least one of them would replicate the Egyptian long
necked granite bowls using the old tech just for kicks.
So says statistics:-)
If you look around, you will see humanity holding on
to the old arts and crafts. People weave, do pottery,
saw, sew, hew, and carve, and so on.
Ultimately, this leads to an observation that instead
of losing the old skills, even as we automatize our
industries, and go into space, we also accumulate more
knowledge of simple (Low) technologies.
Therefore, the situation in the craft of making exquisite
granite bowls is either anomalous, or imagined, because
of being impossible.
There is no replicating such bowls by Lo Tech, just like
there is no going to the Moon by Lo-Tech.
> [snip]
> >> > Mean deviation from a perfectly flat plane was the miniscule
1/100"
> >> > over a distance of 75". This spec allowed for the incredibly
thin
> >> > film of superfine quality mortar (1/50").
> >> > 1/100 of an inch is slightly thicker than a hair..
> >> dig a 500 foot trough. fill it with water on a flat calm
day.
> >> you can get this kind of accuracy.
> >Okay, you can get flat water surface, then quick-freeze it,
> >before the tide sets in, or someone breezes:-)
> >But I was talking about stone, and stone is thicker than
> >water. How do you fit stones to this flat water surface?
> You use the trough to set the line. Then you finish the stone to
the
> line.
Yes, but we are planing a large stone surface, not
just producing one single line.
Besides, we have six sides of the block to work into
perfectly parallel and perpendicular planes. Having
a trough full of water standing next to our block won't
be of much help in our delicate mission, I'm afraid.
Yet, if we would have the trough produce a block of
ice, we could subsequently employ its flat face as a
large straightedge for rubbing the nearly finished
stone to utter perfection with fine quartz grit
embedded in the ice.
> [snip]
> >> prove that they are systematic. random errors do tend to
cancel
> >Random errors do tend to cancell out each other - yes - but
> >not exactly. That's why they are called random errors.
> >They tend.. Tendency is nothing accurate - it can mean anything.
> >We could show this on a graph of continuous average errors.
> >The longer the distance and the greater the number of random
> >errors, the more scatter we get in the average error.
> >It's a statistical certainty. You should know as much.
> >You do know as much. But you act, as if you knew nothing
> >about it. Professor, you have to be more truth loving. You
> >shouldn't be caught in this eagerness to entangle your opponents
> >in verbiage.
> In general it is inferred that if the errors do not cancel there
is a
> systematic bias. A systematic bias essentially means that there is
an
> unknown force cause the deviation.
Great! There will always be a systematic bias in humans.
It will be in the eye of a beholder, i.e., the surveyor.
Likely, such person will tend to err to one side.
For instance, it is well known that when trying to walk
straight, any person will eventually walk in circles,
because no one's limbs are exactly symmetrical. You could
alternate a group of surveyors to lessen the effects of
this bias, but the measure still won't solve the problem.
> Without a systematic bias the
> errors will cancel in the long run. The greater the number of
> measurements, absent a systematic bias, the closer the average is
to
> the actual. That is standard statistics.
What you just said is quite misleading, Matt, especially
since your statement is indubitably true. But translated
into the circumstances, it still means that the lines
drawn by the suggested method of unaided eye measurements
will deviate from the desired direction more and more.
I don't know about you, but this subject fascinates me.
Let's imagine an experiment with straight line making.
All the lines will start from the same point and follow
the same direction marked by a line between two sticks
set in the ground.
Of course, the lines are marked in invisible paint, and
each crew works out of sight of the others.
What will happen with let's say fifty lines? Let's be kind
and discard the systematic bias. Let's toss a coin instead,
in order to randomly determine the direction of erring by
about .01 of a degree, at each step. Heads - the error goes
to the left off the axis, Tails - it goes the other way.
Now, tell me - do you think that all the lines will
stay superimposed, or do you suppose that we shall see
individual lines begin to separate from the pack? Would
we not soon see fifty lines emerge?
If you agree, then do you suppose that the fifty separate
lines will ever merge into a single line, again, as they
continue across the face of our planet, or does the idea
sound too absurd to you?
The reason for this absurdity is obvious. Your statistical
law from above works in a slightly different way than you
seem to imply.
True, the greater the number of tosses, the closer the
ratio between heads and tails gets to fifty percent (50%).
But at the same time, the mean difference between the
number of tosses for both heads and tails increases.
It's not a paradox.
Of course, given sufficient time, the heads and tails
tossed for each particular line will reverse trends,
and at some point in the future, the number of tosses for
both the heads, and the tails should become exactly equal,
marking the given line's return to correct direction.
The catch is that in our group of fifty control lines -
almost none of these moments of exact balance between
heads and tails will occur simultaneously!
In a computer simulation projecting the experiment upon
the planetary surface the lines will continue to scatter,
and twist like loose waterhoses under pressure. The longer
the hose - the wider the scatter.
Yet the proportion between all the heads and tails
tossed in this experiment will approach ever closer to
being fifty-fifty.
So, there is an element of uncertainty underlying the
issue. Otherwise, we could win lotteries relying on
a simplistic understanding of your law of averages.
Take the lotto 6/49, in which one tries to predict
6 numbers drawn from 1 - 49.
Should one choose the six numbers, which were picked
the least of all, so far, and in general, choose combos
of even larger groups of the least drawn numbers?
Would this scheme work? No, we know, it wouldn't.
Simplistic applications of true statistical laws smack
of Numerology!
> >> Before you know it, you'll be out a whole
> >> > degree, but to know it, you would have to see and measure the
> >> > entire miles long line from high above the Andean foothills..
> How long is this line? Can you see one end from the other? can you
see
> both ends from the middle?
Since we are moving over the Andean foothills, and some of
the lines are almost twenty miles long, mostly you cannot
see either end, but, only a fraction of the whole course.
> >> nonsense.
> >" Nonsense!" declared the king. Everyone was executed,
> >and they all lived happily in the hereafter.
> His comment is less of an assertion than you seem to imply. He
> supported his opinion earlier in the post.
And I upheld mine. He uttered his " Nonsense", and I said
my piece - a version of a happy-end to a fairytale..
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