how you spell? i want the last name. say again.
"Who else knows what we know, Jerry"?
Dr. Jonas, Conspiracy Theory
"If there's any
appeal at all, it's also for the fellow who takes out the garbage."
"Who else knows what we know, Jerry"? ---- They have Jerry on some heavy C.I.A. compartmentalized drugs, but earlier Jerry exclaimed, "oh, no, you're from NASA?" The man did not acknowledge it openly, but
yes, he is from NASA and some other things.
4. “Look at that moon. Potato weather for sure", said Mrs. Gibbs.
"Funny, how it does not rotate up there in the celestial sphere, as it beams down here ... and neither does the Earth," Ralfy answered.
"That's a thought", she agreed, and everyone could see that there is no spin zone in yonder Moon. They could see that the face does not spin around, but heliocentrism would pretend that it
does -- to say that it revolves around its axis, silver face spinning around anticlockwise, in perfect synchronicity with the Earth, so it always has the same one face facing the Earth, and with the appearance of superb stability.
Uncanny, and slowly again, supposedly, it turns in its gyre, spinning as it circles the Earth. It must be so slowly, because the
rotation divides so perfectly and evenly over 27 days and so many hours, that in truth it does not look like it turns around at all, as ever so slowly it would spin like the Earth.
yet always with the false impression of not so, in its perfect crystalline sphere up there, in exact synchronicity with the unaccelerated rotations of the Earth, the Moon in its circuit up above does not really look like it rotates at all. All the time looking
like it does not, should be as close to the most incredibly slow for rotation that it could get, so it must be with the most hidden spin, since it does not ever look like it anyway, and neither does the Earth, of course.
As far as false impressions go, in the light of a full Moon, this is a strange one, and the only thing next to say perhaps is that
it is not really even there, although it may seem like it is. It is somewhere else, of course, whenever it seems to be where it is. Or it could be that it does not really exist, even though for thousands of years it may seem that it has.
O wha', O wha', what a Moon, and what a way to distort the cosmos and wreck common sense. Not being
able to recognize that it revolves about on its axis, even though it would be described as though it does, since it must, since it always has the same one face facing the Earth --enveloped in its own astronomical revolutions, of course -- how can official
science be sure which way it is revolving ... since no one can tell? They already have it going the wrong way overall, from West to East, rather than from East to West, so how is it certain that the spin is anticlockwise rather than clockwise from below the
In a dream, the three wise men were advised to return home another way; but one may dare say it could not have been a dream like this, so confusing,
and not really so kind to simple facts.
away from reality, official science says that it spins counterclockwise, when viewed from above its silver top, from North pole of Moon to North pole of Earth; but it could be even slower and the other way, as much as not at all, since no one can really tell,
except for the brilliant analysis involved. In fact, because of the principle of universal gravitation and detectable undetectable unaccelerated motion, the ironic appearance of the Moon that it does not rotate would prove that the Earth does.
As much as the central theory of heliocentrsim, after all, has always been that nobody
can notice the Earth flying in a tremendous astronomical roll about the sun, the only evidence
for it so far has been the passing of day and night. However, post hoc ergo propter hoc, that alone does not provide scientific justification of a worthwhile notion any more
than Jupiter or the near side of the moon.
To plain sense, direction is as important as progress, and in the presence of all sensibility, heliocentrism admits that we are anchored to a vast geodesic inertial frame of reference, the terra firma -- called tellecor
in Valls d'Andorra -- that is steeped everywhere in a remarkable and common experience of stillness, and with a common direction of up, that goes to the stars and out into space. But since no one can notice the Earth revolving, tilting, rotating,
moving, or wobbling from the poles to the equator, in the first place, who could ever notice any actual secondary proof of it, from any other scientific experiment, other than the ones already available, or from the Moon? Should the overabundance of what
is plain be too profound or difficult to bear, no one has been able to spot any of it so far, even with the most sophisticated tests of repetition; so out of all this, who could guess in which direction-of-axis the moon spins, when they cannot actually see
that it spins at all in the first place; and they cannot even correctly ascertain which way it really goes around the Earth?
There must be at least fifty ways for a scientist to lose his mind and Marxism to succeed. So hop off the bus, Gus. Drop off the key, Lee. Make a new plan, Stan, and set yourself free.
"Solve vincula reis" and "miserere nobis", the monks of L'Aiguille and
elsewhere de la rivière would chant during Lent and Easter, and not only then, of course.
In the wee hours even, the cliffs were still by the sea, and they will answer, of course, that everything is "relative", hinc inde -- to this and that, and these and those, and many
complicated Ph.D. things, like Einstein and Kissinger at Harvard for a speech -- and only a medieval dimwit or somebody from down South could actually believe that the sun orbits the earth, because of what he sees.
Relativity, in modo et figura est, to hold sway over confusion
and the most abysmal calculations, of the most this and the most that, that ever was in the world, and the best way to show that a stick is crooked is to lay a straight one alongside it. For "that which is true and better is naturally always easier to prove
and more likely to persuade".-2
Like a crooked stick, heliocentrism is gone funny
on the wrong side of Occam’s razor. So the evidence in question does not matter for it, succinct as it is, because it does not help to say that the moon does not rotate, since heliocentrism pretends that it does, that it revolves around its axis, in
perfect synchronicity with the Earth, so that it always has the same one face facing the Earth.
It would be easier and more direct to say that the Earth does not rotate either, of course, and neither does the Moon, and that is why the Moon always has the same one side towards the Earth. It is not twirling up there, up above in the cloudy river of the sky, and the starry rivers go in circles around the earth too, from East to West. It would be another stable aspect that shows the Earth is not revolving
and going around the Sun, but rather the Sun orbits the Earth.
Yet too simple to be
science is what it seems to be, if the truth; and for the sake of appearances, heliocentrism insists that the Moon spins in its circuit, in exact synchronicity with the Earth, even though it never looks like it. If only for the vain nebulosity and mumbo
jumbo of useless repetition, it could be the creepy money in science would explain it, but should it not then be pulled out by the roots and burned for fairness' sake? Are there better ways to be stupid at such high expense?
Cum calculo mundasti ignito, burn it with coals, and the celestial aspects around the Earth are always of three kinds in the
fixed or cadent. The fixed aspects are permanent in contrast to the cadent ones that change.
In terms of the ecliptic and the Earth, there is one primary wheel locked in place, and two that are moving. The one that is locked has a double lock in all the places of the Earth and in
objective geometry. For instance, it always is the same difference between midnight and high noon, and sunrise and sunset from place to place around the world, as much as there is a one-to-one correspondence of Earth and sky to outer space, and that that way
is not this way.
From any observation tower, the fixed degrees of the Earth extending
into the ecliptic, and then further into outer space, always remain the same. The midheaven is straight away at a 90” angle from the ascendant and descendant, and 180” from the immum coeli on the other side, and the major parts of the day are the
The constellations and wandering planets represent between them two cadent
wheels, in the ephemerides and changing seasons, where aspects are in motion in terms of the planets and more distant stars, and these details transition too slowly for it to be possible that the Earth is spinning away from under them.
From the surface of the Earth, where one sees the visible planets change their positions vis-à-vis
the more distant background of fixed stars, if the earth were orbiting the Sun, the signs they make would not last so long. Looming with such vast astronomical composure, these signs last for some time, and change over the succession of days and nights, and
seasons and years, not a few hours. If the earth were spinning 1038 mph into the east, they would go whizzing by in a tangled yarn; and it would be a bad sign indeed and bad luck from that moment forward, for all the poor future waiting to be.
On and on, going on and on, sun and full moon at opposite ends of the sky, the roads the stars and planets travel are steep and far. Who knows better than the almanac in the aether when
the same signs in such details as all the aspects of the hours meet again? Qui sait?
of course, there is no moving fourth wheel from any terrestrial factor involved between the cadent ones, which there should be if the Earth were moving. The locked wheel, which extends from the Earth into the depths of the cosmos, remains fixed in place, and
the first stability defines all the rest. These aspects in total are like many precise laser beams, that weave around the Earth in combinations every day, in a spider's web, indicating the world at the center of them is not revolving.
As the hours add up, the combinations of all these aspects in three kinds of signs add to the proof of geocentrism, because they tie together in a collection like a web, and in the finest increments of little degrees
they last for many hours at a time. Changing over days, months, and years, in slow comparison with the more immediate and contrasting phases of the moon in view of the distant background of stars, the cosmic alignments of so many unique aspects would
quickly become a chaotic jumble, if the Earth were revolving and flying away through space at astronomical rates from underneath them. After a little time, the wheels would spin out, coming unglued, and the cope of Heaven would go haywire for shambles.
But, of course, they do not. Rather the signs of planets and stars work out every year, "per singulos dies", as well as the calendar,
which is based on geocentrism in the first place.-3
Cosmology and the weeks are not beyond the simple
science of geometry, and the nature of the universe and of geometry are in the formal quality of the aspects: of the lines in the figures with priority, not so much about the size. A 45” angle is the same measure no matter the extension, and a cube is
always a cube, as a sphere is always a sphere, and a pyramid always a pyramid, et cetera. Even as logic and the golden ratio would fill a prism, no matter the scale, life itself is
like a prism and a fair measure, since "what you see depends on how you turn the glass".-4
The constellations circling overhead in the firmament through the fixed positions
of Earth's sky keep together with the same angles between them. They go around in uniform recession from the furthest outermost reaches of deepest space. So clearly they must have something unique in common between them, some place that would be fixed as the
center, which happens to be the Earth.
II: Wherein is discovered the super-geodetic bekadek of the bekhekagocadew. Noteworthy as science, also a measure of great direction among aborigines, it provides scope and a stage basis
for the famous 60 second drop, and so forth.
Like the astral aspects, and set face of the Moon in the phases, the lines of falling objects create the same
impression. Throwing a small rock up into the sky, for example, at a steep angle over a high cliff into a lake, it takes a few seconds for the rock to fall into the water below. When separated from Earth, moving independently of the surface, from where it
begins to fall vertically in perpendicular free fall, it has no significant forward motion, and the Earth never moves away from underneath it. "Every stone once thrown must fall"(5), and such a rock as this, even the first one out of a bag, if it were any
stone of wisdom, or all the others after it, should be something to reckon wisely.
and things falling to the Earth are falling to the center. If someone unfastened a chandelier from a high ballroom ceiling, and let it go, straight down at a 90” angle to the floor, were it not for the surface where it lands, it would continue falling
in a line straight down. Down and down it goes, and if there were a vertical tunnel 300 to 600 yards deep where the chandelier was falling, it would continue the descent to the bottom until it crashed. If the tunnel continued to the center of the Earth, it
would crash there, where, as with elemental density, the Earth is already compacted and contracted towards the center, in gravitate de hypostatis terrestris, at rest at the center of the
As like goes to like, and things that are alike couple and increase,
"and water fits into wine but will not mingle with oil"(6), all accidental bodies on Earth tend to fall in line towards the center, as heavy objects are obviously inclined to it by nature by a shared property of density. In agreement with principles of
harmony and stasis, were it not for the surface where they land, they would keep falling to the center far below, and not from Kepler's, Galileo's, or Newton's theories of "gravitation".
According to Metaphysics, BK. I,"to order ultimately pertains to wisdom"(57), and there where geometry, the elements, and the center of the Earth meet before them, things already were the way they were before, as they are, as much as the circle is
the first principle in all geometry before theoretical heliocentrism arrived. "All wisdom is before all time, before all things wisdom was created, and the understanding of prudence from
everlasting", and if dogs were singing to bring down the chandeliers, the cause of motion in the falling candelabra is for the same difference that dense and loose objects tend to come to rest on the surface of the Earth, as the Earth is already
at rest before them. Just as steam, fire, and hot air tend to rise, denser objects like hanging chandeliers rather tend to come crashing down, when they do not find sufficient structural support for
stasis in the ceiling.
The average speed of an arrow fired from a medieval style
Welsh longbow is only about 162 feet per second, or 110 mph; and archers all across Britain can fire into the East, even today, with no problem from targets spinning away ahead of them; but London, for example, should be flying away under foot and bow
at 646 mph. When they fire North or South, arrows do not fall behind the targets either. When they fire into the west, they do not overshoot the targets, or gain any longer range advantage in bearing from the advent of earth-spin, and targets obviously coming
to them. In whatever direction of sight, there is never any added bearing from the Earth wheeling around to the east.
All missiles, in fact, lose the impelling force of the Earth, if there were one, and also the surface contact; and there is no targeting of things in
flight that is affected by the Earth supposedly spinning away from underneath. Rocks, arrows, cannon balls, rockets, helicopters, golf balls, and planes in the air separate from
the earth completely, and carry the weight only as far as conditions of impetus, momentum, and air pressure allow, before they land again due to their concentrated density of solid mass. Except for atmospheric effects of wind and weather, they can
be fired and targeted in any direction with no interference from any Coriolis effect from any supposed rotation of the Earth.
Besides there not being any added bearing from Earth-roll in the targeting of missiles of whatever kind, it is easy enough and fair to establish that the aim for a target in vertical free-fall is straight down. The
line of sight for such a mark is exactly perpendicular to a plane tangent to the Earth, which plane is centered at the point that is the target. When straight down, in the direction called “down”, that is exactly perpendicular to the surface of
still water, hits one target with a 5 second drop, it can hit the same mark along the same line of sight with a 7 or 10 second drop; and if with 10, then it can hit the same point with a 20 or 60 second drop, along the exact same vertical line, etc.
From the accepted formula generalized for falling bodies, the twenty second drop will need a displacement
of around 1960 meters, and the sixty second one 17,640 meters. So from a tower equivalent to the observation roof of the Empire State building, at 381 meters high, next to a deep well of 1579 meters, that distance together would suffice for twenty seconds
of free fall, straight down.
According to the equation of acceleration for freely falling
bodies, which is accepted today, d = 1/2gt^2. So for a 7 second drop a displacement of 240.1 meters is needed, for a 10 second drop 490 meters, for 20 seconds 1960 meters, and for sixty seconds 17,640 meters.
However, some defectability in the formula exists, as it makes no allowance for weight, as heaviness corresponds specifically to degrees
of maximum acceleration. It is a little defective that way since every unique weight reaches a maximum velocity in free fall, and a finite weight cannot accelerate infinitely. The formula d = 1/2gt^2 misses this, as it recognizes no limit on velocity increasing
by t^2; and it would prefer to work in the blind, as much as Galileo, since it has no regard for the significance of specific weight and substance in the first place.
Would something with no weight fall at any rate? How could something with no weight at all fall, and how could something with tension not weigh anything? Even for a mote, air has pressure,
and so-called atoms have connections for extent. If something that did not weigh anything, with zero actual weight, were falling from a great height next to a 500 pound anvil, what would make the difference in how fast they fall, except the 500 pounds of the
anvil? Of course, the 500 pounds of the anvil, and every pound of it from 1 to 500 make a difference, but d = 1/2gt^2 takes no account of this. Maybe Galileo would say that all numbers are equal, and divison by zero makes sense, if only for the sake of Newton's
The thing with no weight would have less gravity and not fall as fast as the
500 pound anvil, obviously. If it really had no weight at all, a thing with perfectly zero weight, it would not even fall, for there would be a total and absolute lack of tension. Heavier weights, all other things being equal, therefore, do fall faster than
lighter ones; and things with no weight at all do not even fall in any normal sense, nor as fast as weights that are naturally much heavier.
Greater and lesser concentrations of heaviness, in relation to specific density of an area or object in free fall acceleration, represent different frequencies of "gravity", and not by the inverse squared. There is
a difference in force based on weight. A 500 pound anvil of lead plate and steel will fall faster than one of the same dimensions but hollow and made only from a fine layer of balsa wood -- or another of total styrofoam, for example -- as different weights
fall according to their different concentrations of heaviness and gravity.
is key, obviously, and Galileo’s unscientific theory of universal gravitation, and "law of falling bodies", that all weights generate the same velocity in free fall acceleration, regardless of heaviness, except for friction of the air, is simply off
the mark. Yet unfortunately, it is incorporated in the formula for free falling bodies accepted today, d = 1/2gt^2. Weights accelerate to different maximum velocities based on particular weight of density. And even the heaviest finite weight cannot accelerate
infinitely, which means, by extension, that Galileo’s and Newton’s ideas of perpetual horizontal motion are false, and Newton’s notion of absolute space and time is mistaken.
Since “g” would represent 9.8m/s^2, it is around 10m/s^2, which simplifies as 4.9 or 5 meters per s^2/2. As t^2 is left from (s^2)^2/s^2, the formula appears really only to be saying that 5 meters of a falling rock should go by whatever seconds, as seconds would be seconds, but not depending on weight, as it leaves
all values for weight out, and 5mt^2 = distance or 4.9mt^2 = distance also, and time = (d/5)^1/2 or time = (d/4.9)^1/2, as seconds would be seconds being seconds, and time would be time being time. And so forth, as it has been found in notes, "de motu antiquiora
universalia", at a Jesuit school in Louisiana, "5 meters by half of the seconds squared, as seconds by seconds, and half of the time as well and almost the same."
If science accepted only half the truth, it may not be much worse for guidance systems, and if d = 1/2gt^2 has been close enough for government work, and fake trips to the Moon and Mars,
it is fair enough to use also to measure vertical drops and bekadeks to show that the Earth is not spinning.
For instance, if a circle on a chalk board represents a cross-sectioned view of Earth, with the tallest tower in the world, the Bhurj Khalifa, relocated to Quito, Ecuador, directly at the side of the circle in the
middle on the left, and there in Quito, Bhurj Khalifa would be resting atop the peak of Mt. Everest, which also would be situated precipitously over the Kali Gandaki Gorge Canyon, and the mountain and the canyon would be cut with a sheer face, all the way
down into an adjacent deep well, it could make displacement room for one fine sixty second drop of 17,640 meters(10.96 miles), from the top of a tower, set over a mountain, looking over a canyon and into a deep well.
To examine the fineness of the experimental abyss, from the top of the spire, Bhurj Khalifa is maybe 829.84 meters high.
Although it has only the third highest observation deck in the world, at 452 meters, for the exercise it would have a good sturdy platform, ready for this sort of all-purpose science, at the top.
The Canton Tower has the highest observation deck at 488 meters, and the
Shanghai World Financial Center the second at 474 meters, but it could be that Bhurj Khalifa would have an experimental porch at 828 meters high, where one could fit an adjustable ramp, and that way roll standard volleyballs, and ones made from lead or plutonium,
and some made from balsa wood or styrofoam, off of it, into the depths far below. There could be added as well a crane that extends over the side for straight away dead drops,
for the sake of comparisons.
For the purpose of simplifying the work with so
many different weights and measures, there could be introduced a new standard of scientific measure, the Bekhekagocadew, which represents an abyss of 17,640 meters and one free fall dead drop of at least sixty seconds. Bekhekagocadew would be an alphabet soup
conjuration from Bhurj Khalifa (bek), Himalayan Everest (he), Kali Gorge Canyon (kagoca), and Deep Well (dew), and could be shortened to bekhekadeks or bekadeks, pronounced like bet-a-deck, except with the c instead of the t.
In a Cartesian grid, therefore, the circle at the center, as a cross-section of the Earth, would be drawn with the point of
origin (0, 0) from the intersection of the x and y axes. The end of the spire’s observation deck, of Bhurj Khalifa, atop Mt. Everest, over the Kali Gorge Canyon next to the deep well, is at a point (-T) along the x axis, situated at (-T, 0). -T is one
bekadek away from the bottom of the well at a point under the surface of the Earth, in the direction to the center, yet not too near the center of the circle and origin of the x and y axes at (0, 0).
The standard of measure achieved by the bekadek could be used for a few things, to include disproving matter-of-factly Galileo’s deceptive
“Law of Falling Bodies”, and the crazy notion that the Earth is revolving on its axis in perfect synchronicity with the near side of the Moon.
When a volley ball of lead and a standard one from the store are both dropped from one bekadek high, they will not reach the bottom of the well at the same time. Since they are lighter,
volley balls made of styrofoam or a hollow exterior of balsa wood also will not fall as fast as the ones of lead or plutonium either. The heavier they are the faster they fall, and the heavier ones have more gravity.
The demonstration is simple that from a substantial height, a vertical stream of falling baseballs, golf balls, cricket and croquet
balls, and rocks could create a framework of detectable motion perpendicular to the surface of the Earth where they land. Falling in a continuous line of direction, straight down, with no significant forward or backward movement, they would be as detectable
as a gumball machine spilling all over the floor; but through all the hours, days, weeks, Moons and months of the years, no motion of the Earth into the eastern spaces would be anywhere noticeable, in the stream of falling objects along the line of vertical
Over 24 hours 1440 weights could be dropped to mark all the minutes and 360 degrees of the ecliptic, for a day, and 10,080 for a week, and the line of things falling straight down from there will not drag behind the
Earth’s supposed rotation, and neither will the target swerve ahead. A wide and deep well at the bottom of them could be filled up by an unbroken stream of falling weights
before any of them would ever fall back behind the Earth’s supposed rotations. The well would be filled up before the western edge of the great well casing ever moved forward into the falling stream overhead. There would be no sign of any forward
movement of the Earth in any of it -- only the vertical motion straight down, the weights free falling in a compact line, perpendicular to a tangent plane where they land, one after another.
And when at some point the impression begins to settle in, it may seem that
"boredom: the desire for desires, after all, is a form of criticism."(7) The tourist effect would be like a universal rental, and almost the same as for Angel Falls in Venezuela, the world's highest waterfall at 3230 feet, with an uninterrupted drop of 2647
"Et cum non prosunt singula, multa juvant". When some things fail singly, they may prevail in quantity; and the face of the moon does not spin on its
axis by the seconds or minutes or arc; and such an appearance of synchronicity would have the strength of some tangible property.
From a bekadek high, science could drop a rock, a golf ball, a baseball, a cricket or croquet ball, in spaces one minute apart for every degree of the ecliptic passing by overhead in the sky. Four objects and four
minutes are equivalent to one degree of the ecliptic as the cardinal lines pass the midheaven, the ascendant, the descendant, and the immum coeli; and from a height of 17,640 meters one could create a constant stream of vertical free fall, by letting a weight
go over the side every minute. Over all the shifts, hours, and divisions of a day, the sun, the moon, and the stars will pass by in the dome of the sky, and the metronomical free fall of so many weights will never drift behind the well, and the well will never
move ahead, as it is as plain that the Earth is not moving.
To examine it further, perhaps some will say that the phenomenon
is because of gravity and inertia, that no one notices the Earth moving away from the continuous vertical stream of weights dead-dropped in free fall from a watchtower on a mountain, over a cliff into a deep well. However, it is a universally bad excuse that would hide in terms of gravity and inertia. Where
it is called "gravity" and "inertia" it is because the Earth, in fact, is not moving at all, and not orbiting the Sun, even for
relative inertial frames of reference and the oblivious scientific materialist indoctrination.
"Universal gravitation" and "relative inertial frames of reference”, as taken in the modernist sense, are disingenuous terms of worldwide mathematical
fallacies used by heliocentrism to avoid the fact that natural theories of motion still refer to a nonmoving Earth.
For all the mysteries of a brick, the inertia of the Earth is not merely a relative frame of reference, and so-called gravitation
is not universal as it relates to weight and location. Two hundred pounds here is not the same as five pounds there, and the inertial stasis of the earth is something authentic per se. Actual gravity as referred to by St. Augustine is essential and unique
and determined merely as an immediate and coextensive attribute of substance. Limited by properties of weight, mass, charge, impetus, and momentum, etc., if there is no weight, no mass, no charge, no impetus, no momentum, no density of form and space, there
is no gravity.
If there is no kind of September, what would one try to
remember, when grass was green and grain so yellow? If the scientist and the farmer tried to remember, but there was no form of extent, no parallel, no essential property inherent in the kind and the almanac, like September, then the autumn fire that was then
would be as lost to memory as the cold and dark December that follows in a cosmos with no center.
virtue is always green, virtus semper viridis, and sometimes too corny to be noticed. If there were universal gravitation, then it would be in all instances the same. In the middle of the ratios, it would be full of weight everywhere. It would be
unlimited in kind and make all things ponderous and leave nothing light. Universal gravitation would annihilate anything not in the trope of heaviness, and all things would become overburdened with the weight, mass, density, and the concentrated charge of
it. If it existed, it would be from point to point, across all points, and would cause a massive collapse into a single point of unlimited density and despair, a great heaviness indeed, since it could leave nothing light or rarefied.
Without saying it outright, universal
gravitation has been a sneaky way to describe an infinite property, since all weights would be indifferently related to it. If the Newtonain gravitation is not infinite, however, not totally isotropic everywhere, then it is not universal; but if it were infinite,
it would eradicate everything light and condense all rarefied elements, leaving no lighter divisions. “For example: if the Sun were infinitely hot either virtually or formally, in either case it would leave nothing cold in the universe”.-8
Kepler, Galileo, and Newton hypothesized the principle of universal gravitation only to support
the false theory of heliocentrism. Yet things loosed across the surface of Earth tend to come to rest, as the Earth is always at rest before them, which contradicts the second clause
of Newton’s First Law of Motion; and gravity is not any mechanically practical or significant contact-impressed force. It is the weakest of the four supposed fundamental forces anyway, if it did exist for heliocentrism, and weaker than a
Secondly, the inertia of the
Earth is not merely a relative frame but an authentic inertial reference sealed at rest from place to place, even as the wind blows where it will.
From a bekadek high, since the winds are freely moving, at times the contrast of weather variables to gravity and inertia in testing objects in free fall may be significant. Only temperature variance with the dryness and moisture of atmospheric pressure patterns affect them. The seasons and cycles of aridity, humidity, precipitation, heat or cold, and the climate
zones contribute to spin in the wind not any Coriolis effect from supposed rotations of the Earth.
The Earth, in fact, sets a stage that tends to center objects in free fall in compact lines around it. Whereas the wind, if strong enough, and the object light enough, might blow anything off course. The naturally well centered Earth, with its limited range of weight,
density, mass, inertia, and gravity, adds consistently concentric factors of alignment, where the winds add variability and flight. If metal well casing was needed to continue higher up, so the rocks, golf balls, baseballs, croquet and cricket balls in free
fall could hit the target sixty seconds below, as accurately as possible, it would only be because of the power of the wind not from any spinning rotation of the Earth.
IV From Quito to the South Pole ... and to outer space, "quand on veut graduer pour l'Eterntite,
il faut etre pret a faire queleque sacrifice au sentiment de la perpendiculaire".
If ever one should want to move on into Eternity, there needs be some readiness to sacrifice to the feeling of the perpendicular.
And the imaginary force of gravitation is so peculiar and without parallel that none of the rocks, golf balls, baseballs, croquet or cricket balls, and other weights let go in dead drops -- from a bekadek high watchtower in Quito -- would fall away with any
verve further away to the South. The descent below in the cross-section view is not portrayed down the negative scale of the y-axis, which is down another way; but rather the
illustration of falling is to the center when looking at the chalkboard.
is not merely down but to the center, and the "gravity" of the Earth is not a lateral force at all. Things close around it descend rather typically in one direction only, even without being pulled to the origin of the grid (0,0). From wherever things are falling
down as to the center, not even the heaviest volley balls made of lead or plutonium, in the longest free fall, would ever curve away to the South, or below in any other way than to the center from gravity. None would curve a little around the Earth towards
the South pole, as they fall, even though that represents the bottom of the chalk board; and gravity, of course, would be that which pulls things down, as below, in the direction properly called "down", that is perpendicular to the surface of still water.
The effect of it around the world is like a collection that would have a center and one greater
total edge in a sphere. Only a strong wind or the impetus from a lateral launch would move any of the weights North or South, that is sideways and up or down along the y-axis, or East or West,
that is sideways and 3-D forward or back along the z-axis.
Because of the direct and centering influence of Augustinian gravity, and the virtues
of assimilation hidden in the collective elements, none would fall with any verve away from the center; and because the Earth is not spinning and flying away into the eastern spaces, none would fall away to the west either, as if the Earth were flying
in space to orbit the sun. If the aggregate precipice from a tower on a mountain over a canyon into a deep well, with a sheer vertical drop of 60 seconds and 17,640 meters per baseball,
was all resituated at the center of the South pole, none of the baseballs would fall away into the abyss of space far out direclty "beneath" and “below" the Earth there.
Because the Earth rests at the center of things, and is the common foundation of all structures across its surface, even as they extend up to the heavens like towers, none of the weights would fall off towards the
bottom of the chalk board, and vanish into outer space, unless moved by a powerful wind. Whether from the center of Antarctica, where from the big picture at the board polar
rocks would look like they were going up, as they were falling down to the center in the drawing, or from Quito, they all fall to the surface of the Earth directly, where they land and collect as falling to the center, and that way also as to the immobile
center of the cosmos.
Since the surface of the Earth is curved as a sphere, all points across it are also midpoints of many tangent lines and planes. As midpoints of many tangents go, they also center many successive tangential planes, where the lines aggregate in a plane tangent to the sphere at that point. All the vertical bisectors that go up from these planes, that ascend as rays and run upward into outer space, share a unique mathematical origin from the direction of center of the Earth. This is a simple way one can see
that the sphere of the Earth is the center of the sphere of the cosmos.
In other words, the
property of relation from the center is essential not merely arbitrary; and the rays ascending up from the center of the Earth have a unique origin common to all. They are like so many arrows gathered in a spherical bundle, with their feathers all together
at the center, and their arrowheads in the edge of space. It is the same pattern as the diagram of an electric field induced by a positive charge.
There are as many rays descending as ascending. However, the ones going down each have a unique origin not common to any of the others. The feathers for the rays in descent are positioned with different coordinates all around the spherical edge of outer space, while their arrowheads all finish with a bull’s eye at the center of the Earth, at the center of the ecliptic, which is also the center
of the the cosmos. It is the same pattern as a diagram of the electric field induced by a negative charge.
These two patterns can be used to represent all of space around the ecliptic, and the Earth is at the center of both. Out of all these rays, there is only one line between the center of the Earth and the center of the Moon that forms the basis of all the Moon’s astronomical aspects, vis-à-vis the Earth and the ecliptic.
In view of all the stars, and planets, and astral alignments, even Hollywood Shirley MacLaine out-on-a-limb would know her math, and knows there is always only one unique ray going from the center of the Earth to the center of the Moon, and vice
versa. In obscure circles of gossip it was rumored, for example, that she even named the line “Monique”, a contraction from “most Moon unique”, like an imaginary friend out of a spell of Malibu loneliness. So even others should
not forget too, that imaginary friends sometimes are the best; and some whsipered that was how she would talk to the Moon, "Monique", and so forth; and in California she may not be the only one.
At any rate, the aspects of “Monique” are like cosmic rays that form
a multitude of angles, tied together in a collection like a spider’s web, without the face spinning around; and they last much too long for it to be possible that the Earth is spinning away from underneath, at astronomical rates into the east, making
time to orbit the Sun. If there is any doubt, all that is needed is to start dropping televisions, radios, golf bags of golf clubs, cell phones, rocks, and shoes in a vertical stream from a bekadek high, and watch the mark never move forward or the stream
of TV’s and rocks fall behind.
1440 items could be dropped for a day, and the lunar line of Monique would have shifted about 12 degrees behind
the curtain of stars, falling back a pace in view of the ecliptic after a day. 40,320 items could be dropped over four weeks, and the terrestrial mark will never have moved forward, and the vertical stream will never have fallen behind, and the Moon will have
been passed then by all the starry signs and gone through all its phases, and returned to a new beginning, without turning its face.
The Earth then is simply the sphere in equilibrium at the center of the cosmos, and the cosmos, therefore, is also a sphere. It is only so many bekadeks from any place on the surface of the Earth to
any distant point in the cosmos, as it is only so many bekadeks to a plane, any plane of space, even to ye olde Saturn.
If science wanted to make a free fall chute of 24 hours, the lab coats would only need
to displace round shot or bullet shells from 1440 bekadeks high: to continue the spectrum for a week, a fortnight, or one 30 day billing cycle, a team of experts would only need to displace from 10,080 then 20,160 and 43,200 bekhekadeks above, et cetera.
One bekadek equivalent to 10.96
or 11 miles can be used for comparisons between a few different things, including:
1. The average altitude of transatlantic flights (35,000
to 39,000 feet) only 6/10 to 7/10 bekhekagocadews high, for perhaps 36 or 42 seconds freefall of a bowling ball, or cubes of styrofoam, or ice from the bar, if
one accepts the formula for little "g" 9.8 without corrections.
2. The high altitude parachute drop from Project Excelsior (1.75 bekadeks, 19.4694 miles). Joe Kittinger
jumped from 102,800 feet - 19.5 miles - in 1960. Felix Baumgartner jumped 24 miles in October 2012, 2.18 bekadeks. Whenever
stunt men have done high altitude jumps they always land close from where they jumped, which shows the Earth is not moving.
3. The highest altitude unmanned balloon launch, the BU60-1 flying experiment (2.99387 bekadeks, 32.9326 miles, to approximately 3 bekadeks, 33 miles for 3 minutes)
4. The international space station in low Earth orbit (240 miles for
21 to 22 plus minutes)
5. If true but top secret, yet probably
exaggerated by a few hundred miles, the most terrible ICBM's top of the arc altitude from perhaps a maximum of close to 500 miles, 45.45 minutes.
6. The neutral gravity zone between the Moon and the Earth, sometimes estimated from about 216,000 miles. 216,00 miles = 13 days 15 hours and 16 to 17 minutes
7. The perigee and apogee of the moon from 227,000 to 252,000 miles = 14 days and 8 or 9 hours to 15 days 22 hours to 16 days
8. Dropping golf balls from the
orb of Saturn or from the fantastic distance of a Biblical day.
Of course, dropping space rocks to the earth from the heavenly spheres, more than 216,000 miles out and so on, is only an extraordinary parallel of math, a pleasant abstraction of the quintessence.
The different spheres of outer space are characterized by abyssmal rails, de profundis, and extreme conditions of temperature and radiation, and electromagnetic force fields, and deep elemental chasms, and mysterious higher powers of one sort or another, and
so forth, that make it normally impractical.
Yet based on eclipses and ratios
of time and space between the Earth, the Sun, and the Moon, and extrapolating from these to Saturn pro rata, and considering the possible variabilities of aethereal and crystalline conditions prevailing in outer space, one could guess from averages in
solid astronomical math that a golf ball dropped from Saturn could take perhaps 120 years to land on Earth. That would be many bekadeks away, and represent a long golf ball retriever.
If a golf ball dropped from Saturn should land in the yard or the garden at the library, a scientist should know that the finger of God is upon him, or something otherworldly by design.
St. Peter of the 2,000 years described a sort of biblical day, "that one day with the Lord is as a thousand years, and a thousand years as one day. Quia unus dies apud Dominum sicut mille anni, et mille anni sicut dies unus."-9
A golf ball falling through space that would correspond to the scale of 1000 years would be perhaps 525,600,000 bekadeks
away, or only 5,781,600,000 miles, since a displacement of 1440 bekadeks would be necessary for a drop of 24 hours, and 525,600 for a drop of one year. This also shows how much heliocentrism has exaggerated the size of the cosmos, perhaps as much as 95%.
The principle that the aim for a target straight down in vertical sight below is along a line with no bearing
from any supposed rotation of the Earth, establishes the same basis from one to all of several or dozens and scores, and even to hundreds and thousands, and millions of bekadeks out into space. The line of sight for such a target is exactly perpendicular to
a plane tangent to the Earth, where the plane is centered at the point that is the target. When straight down, in the direction called “down”, exactly perpendicular to the surface of still water and to a plane tangent to the Earth, hits one target,
then it can hit the same target along the exact same vertical line ad infinitum. This demonstrates that the Earth is not moving even as tests for motion would continue beyond number.
St. Peter wrote that there would be a dissolution of the corrupted elements of this world by fire not gravity. "All these things are to be dissolved: haec igitur omnia dissolvenda sint".
"But the day of the Lord shall
come as a thief, in which the heavens shall pass away with great violence and the elements shall be melted with heat and the earth and the works which are in it shall be burnt up ... all these things are to be dissovled. Adveniet autem dies Domini ut fur, in qua caeli magno impetu transient et elementa vero calore solventur ... et haec igitur omnia dissolvenda sint".-10
As the minutes go into the hours, the days, the weeks, and
the months of the years, then the decades, centuries, and rivers of time, from one to many bekadeks of higher altitude, to Saturn and Aldeberan and beyond, etc., infinity cannot be reached by any number of bekhekadeks, no matter how great. Actual infinity
cannot be fathomed by the fraction of parts or by any percentage increase or extension or division of time and space. The energy or way that would characterize infinity is of an order of indivisibility and transcendence without beginning or end.
However high and far away a platform of a spaceship or of a watchtower measured in
bekadeks could go, in however many stages, it will never have gone any distance of the way into infinity. At the most or least, it will only have gone halfway to the point twice as far away, or ¼ or 1/5 of the way to the point 4 or 5 times
as far away and so on, etc.
The cosmos and natural order of space, therefore, are finite
as shells, and so is the Earth’s so-called gravitational field, which is nothing more than its distinct sphere. Hollywood Lee Marvin once said, "if I have any appeal at all, it's to the fellow who takes out the garbage," and for any appeal at all,
this sort of honest and humble science could also be a holiday job for the fellow who takes out the garbage.
Thus we say with confidence and serenity that space is finite -- actual for what would be "absolute", actual as in not infinite too -- and gravity is not universal more than simply heavy. And a key to the limit of the cosmos is the immobility of the Earth, in equilibrium at the center. By position the center ties together all the other parts, yet not even for the sake of its geometry
does the Earth push, drive, or pull the Moon around it by a force of emission from its surface. As much as the near face does not rotate, neither does the Earth's,
and the Moon goes around the sky for its own reasons, and it does not affect Earth’s tides more than a clock on the wall.