Lo! (35 page)
Authors: Charles Fort
30
I am thinking of an abstraction that was noted by Aristotle, and that was taken by Hegel, for the basis of his philosophy: That wherever there is a conflict of extremes, there is an outcome that is not absolute victory on either side, but is a compromise, or what Hegel called “the union of complementaries.”
Our own controversy is an opposition of extremes:
That this earth moves swiftly;
That this earth is stationary.
In terms of controversies and their outcomes, I cannot think that either of these sides can be altogether right, or will absolutely defeat the other, when comes some way of rinding out, and settling this issue.
The idea of stationariness came first. Then, as a sheer, mechanical reaction—inasmuch as Copernicus had not one datum that a conventionalist of today would accept as meaning anything—came the idea of a swiftly moving earth. An intermediate view will probably appear and prevail.
My own notion of equilibrium between these extremes, backed up with our chapters of data, is that, within a revolving, starry shell that, relatively to the extravagances of the astronomical extremists, is not far away, this roundish earth is almost central, but is not absolutely stationary, having various slight movements. Perhaps it does rotate, but within a period of a year. Like everybody else, I have my own notions upon what constitutes reasonableness, and this is my idea of a compromise.
The primary view had for its support the highest mathematical authoritativeness of its era. Now, so has the secondary view. Mathematics has been as subservient to one view as the other.
Mostly our data have been suggestive, or correlative, but it may be that there are visual indications of a concave land in the sky, or of a substantial shell around this earth. There are dark places in the sky, and some of them have the look of land. They are called “dark nebulae.” Some astronomers have speculated upon them, as glimpses of a limiting outline of a system as a whole. See back to Dolmage, quoted upon this subject. My own notion is of a limiting, outlining substance that I call a “shell.” “Dark nebulae” have the look of bare, or starless, patches of a shell. Some of them may be formations that are projections from a shell. They hang like super-stalactites in a vast and globular cave. At least one of these appearances has the look of a mountain peak. In several books by astronomers plates of this object have appeared. See Duncan’s
Astronomy.
It is known as the Horsehead nebula. It stands out, as a vast, sullen refusal to mix into a frenzy of phosphorescent confetti. It is a solid-looking gloom, such as, some election night, the Woolworth Building would be, if Republican, and all the rest of Broadway hysterical with a Democratic celebration. Over its summit comes light, like the fringe of dawn topping a mountain. Something is shining behind this formation, but penetrates no more than it would shine through a mountain.
It may be that relatively there are few stars—that hosts of tiny lights in the sky are reflections, upon irregularities of the shell-land, from large stars.
Among expressions that I have not developed is one that is suggested by a circumstance that astronomers consider strange. This is that some variable stars have a period of about a year. Just what variations of stars that are said to be trillions of miles away could have to do with a period upon this ultra-remote earth cannot be conceived of in orthodox terms. The suggestion is that these lights, with variations corresponding with advances and recessions of the sun, moving spirally around this almost stationary earth, are reflections of sunlight from points of land, or from lakes in extinct, or dormant craters. It may be that many variations of light that have been attributed to “companions” are tidal phenomena in celestial lakes that shine as reflections from the sun, or from other stars, which may be lakes of molten lava.
There is a formation in the constellation Cygnus that has often been noted. It is faintly luminescent, but this light, according to Prof. Hubble, is a reflection from the star Deneb. It is shaped like North America, and it is known as the America nebula. Out from its Gulf of Mexico are islands of light. One of these may be a San Salvador someday.
Like Alaska to birds from the north, the Horse-head nebula stands out from its background, like something to fly to.
Star after star after star has blazed a story, sometimes publishing tragedy on earth, illustrated with spectacles in the heavens. But, when transcribed into human language, these communications are depopularized with “determinations” and “pronouncements.” So our tribes have left these narratives of fires and smokes and catastrophes to the wisemen, who have made titanic tales unintelligible with their little technical jargons. The professionals will not unprofessionalize; they will not give up their system. Where have the wisemen ever done so among the Eskimos, or the hairy Ainus, the Zulus, or the Kaffirs? Whatever we are, they are acting to keep us whatever we are, as the Zulus are kept whatever they are. We are beguiled by snoozers, who have been beaten time after time by schoolboys.
There’s a fire in the sky, and ashes and smoke and dust reach this earth, as sometimes after an eruption of Vesuvius, discharges reach Paris. There may be volcanoes in a land of the sky, so close to this earth that, if intervening space be not airless and most intensely cold, an expedition could sail away in a dash to the stars that would be a bold and magnificent trifle.
31
Besides the new star, which was an object so conspicuous that it was discovered widely, except by astronomers, there was another astronomical occurrence in the month of June, 1918—an eclipse of the sun. It was observed in Oregon. We can’t expect such a check up as when Coogan’s Bluff and the Consolidated Gas Company get into astronomy, but Oregonians set their alarm clocks, and looked up at the sky. See Mitchell’s
Eclipses of the Sun,
p. 67—the astronomers admitted an error of fourteen seconds in their prediction.
Measurements of ordinary refinement are in hair-breadths, but a hair is coarse material to the ethereal astronomers, who use filaments spun by spiders. And just where do the astronomers get their cobwebs? This book of ours is full of mysteries, but here is something that is not one of them.
My own opinion is that an error of only fourteen seconds is a very creditable approximation. But it is a huge and grotesque blunder, when compared with the fairy-like refinements that the astronomers dream are theirs, in matters that cannot be so easily checked up.
To readers who are not clear upon this point, I repeat that predictions of eclipses cannot be cited in support of conventionality against our own expressions, because, whether upon the basis that this earth moves, or is stationary, eclipses can be predicted—and Lo! come to pass. But Lo! if, looking on, there be an intelligent representative of the Consolidated Gas Company, or an Oregonian with an alarm clock, predictions aren’t just exactly what they should be.
We have divided astronomers into professionals and amateurs: but, wherever there are differences there is somewhere the merging-point that demonstrates continuity. W.F. Denning represents the amateur-professional merging-point. He has never had a job—though it does not look to me that
job
is the right word—in an observatory, but he has written a great deal upon astronomical matters. He is an accountant, in the city of Bristol, England. Has nothing to do with observatories, but has a celebrated back yard. Upon the night of Aug. 20, 1920, Denning sat in his back yard, and, in surroundings that were touched up most unacademically by cats on the fences, though observatory-like enough, with snores from back windows, he discovered
Nova Cygni III.
This is another instance of a new star appearing close to where there had been preceding new stars, as if all were eruptions in one region of especially active volcanic land. There were earthquakes in this period. In the United States, there were the sudden deluges that are called “cloudbursts.” Upon the night of August 28th, a seismic wave drowned 200 persons, on the island of Saghalien, off the east coast of Siberia.
For four nights, astronomers of the so-called observatories had been photographing this star. Students of phenomena of somnambulism will be interested in our data. When Denning woke up the astronomers, they looked at what they had been unconsciously doing, and learned that from the 16th of the month, this star had risen from seventh to about third magnitude. A star of third magnitude is a conspicuous star. In the whole sky there are (photographic magnitudes) only in of this size. At any one time not more than forty of them are visible. The limit of visibility, without a telescope, is somewhere between the sixth and seventh magnitudes. So it is said. According to our data, the limit of seeing depends upon who’s looking.
I wonder what ironic fellow first called these snug, little centers of inattention
observatories.
He had a wit of his own, whoever he was.
Discovery of the new star, if not a comet, of Aug. 7, 1921, has been attributed to a professional wiseman (Director Campbell, of Lick Dormitory). But it was a brilliant and conspicuous appearance. Most of the new stars that professionals have discovered, or have had discovered for them, by the not very eagle-eyed females of Harvard, have been small points on photographic plates.
English Mechanic,
114-211—records of observations by four amateurs, before the time of Director Campbell’s “discovery.” One of these observations was twenty-four hours earlier.
Sometime ago, I read an astronomer’s complaint against heavy traffic near an “observatory.” Though now I have different ideas as to an astronomer’s dislike for disturbance, night times, I was not so experienced then, and innocently supposed that he meant that delicate instruments were jarred.
A convention of Methodist ministers—and how agreeable it would be to note, in the midst of preciseness and purity, one of these parsons standing on his head—
Or see the
Monthly Notices of the Royal Astronomical Society,
1922—upon page 400 there is a diagram.
Mistakes that I make—and errors of yours—
Contrasting with the much-advertised divinity of the astronomers.
Page 400—in the midst of a learned treatise upon “adiabatic expansions” and “convective equilibrium” is printed a diagram. It is upside down.
I attended this convention of pedantries, of course inspired by a religious faith that is mine that I’d not have to look far for a crook in its bombast, or somewhere a funny little touch of waywardness in its irreproachability, but especially I attended to pick out something of which, in this year 1922, the astronomers were boasting, to contrast with something they were doing. I picked out a long laudation upon an astronomer who had received a gold medal for predicting the motions of a star-cluster for a term of 100,000,000,000 years, to contrast with—
Sept. 20, 1922—an eclipse of the sun—see Mitchell’s
Eclipses of the Sun,
p. 67—and the predictions by the astronomers. They made one error of sixteen seconds, and another error of twenty seconds.
There are persons who do not believe in ordinary fortune tellers. Yet, without a quiver in their credulities, they read of an astronomical gypsy who tells the fortunes of a star for 100 billion years, though, according to conventionality, that star is 60 x 60 x 24 x 365 x 100,000 times farther away than is the moon, motions of which cannot be exactly foretold, unless the observations are going to be, say at Bahia de Paranagua, or somewhere in Jungaria.
The eclipse of Sept. 20, 1922, was checked up by police constables, in Australia. But the eclipse of Oct. 21, 1930, was observed at Niuafou. This time the dispatches sent by the astronomers told of “a complete success.” “The eclipse began exactly as predicted.”
There are records of seeming new stars that have blazed up, like spasmodic eruptions, then dying out. For Dr. Anderson’s report upon one of these appearances, May 8, 1923, see
Popular Astronomy, 31-422.
Upon the 7th, Etna was active; earthquake in Anatolia; extraordinary rise and fall of the Mediterranean, at Gibraltar. The “observatories” missed Dr. Anderson’s observation, but at one of them a small, new star was photographed, night of May 5th. I neglected to note whether, on a photographic plate, this was immediately detected. See
Pop. Astro.,
31-420.
Upon Feb. 13, 1923, an increase of the star
Beta Ceti
was reported. There was interest in the newspapers. Maps of the sky were published. If newspapers start first-paging astronomical occurrences, putting down X-marks for stars, as well as for positions of bodies of the murdered, there will be more interest. This is dangerous to the astronomers, but so long as their technicalities hold out, they have good protection. Even so there might be inquiries into what the “observatories” are doing, when, time after time, only amateurs are observing. The “observatories” had of course missed this rise of
Beta Ceti,
but, when told by an amateur where to look, professionals at Yerkes and Juvisy confirmed the report. For the fullest account, see the
Bull. Soc. Astro. de France,
of this period. Upon February 22nd, a yellow dust, perhaps a discharge from an increased volcanic activity in Cetus, fell from the sky, in Westphalia (London
Evening Standard,
February 27). The amateur, this time, was a schoolboy, aged sixteen.
Night of May 27, 1925—the Rip Van Winkles of the South African “observatory” were disturbed by an amateur. He told them that there was a new star in the southern constellation Pictor. When they were aroused, the Rips looked up and saw the new star, and then stayed awake long enough to learn that somnambulically they had, for months, been photographing it. For months it had been gleaming over the “Observatories” of four continents.
There are slits in the domes of observatories.
The fixed grin of a clown—the slit in the dome of an observatory.
Sept. 21, 1930—that the astronomers had ascertained the heat received from a thirteenth magnitude star to be 631 times that of the heat from the faintest star visible to the unaided eye—that this faintest visible star radiates upon the whole United States no more heat than the sun radiates upon one square yard of said U.S.
A grin in the dark—or the sardonic slit in any observatory, night times. Most likely the inmates haven’t a notion what is symbolized. But we contrast an alleged perception of 631 times the inconceivable with this item, in
Popular Astronomy,
1925, p. 540:
That forty-four nights before the amateur’s discovery,
Nova Pictoris
had shone as a star of third magnitude, and had been perceived by no astronomer.
The Building That Laughs—
as a modern Victor Hugo would call an observatory with a slit in it.
Fixed grin of the clown—and, according to theatrical conventions, his head is full of seriousness.
Sept. 24, 1930—this is what came from a
Building That Laughed,
though its dome was full of astronomers:
That, according to spectroscopic determinations, at Mt. Wilson, a distant nebula is moving away from this earth, at a rate of 6,800 miles a second; that, upon the day of the calculations, the distance of this nebula was 75,000,000 x 60 x 60 x 24 x 365 x 186,000 miles.
To appreciate the clownishness of this, see our data for accepting that the spectroscope tells about what is told by tea leaves in a teacup—which is considerable, if one wants to be told considerable. To realize the pathos of this, think of the grinning old clown, whose gags have played out; who is driven to most extravagant antics to hold a little attention.
Our general expression is that the inmates of this earth’s “observatories” are not astronomers, but are mathematicians. Since medieval times there has never been a shake-up in this system of ancient lore, comparable with Lyellism in geology, or Darwinism in biology, or the reconstructions of thought brought about by radioactivity, in physics and chemistry. Einsteinism was a slight shock, but it is concerned with differences of minute quantities. Mathematicians are incurable. They are inert to the new, because the new is a surprise, and mathematics concerns itself with the expected. It does occur to me that there might be good results, if the next millionaire who contemplates donating a big telescope, should, instead, send around to the “Observatories” big quantities of black coffee: but such is the concordance between the twinkles of the stars and the nods of drowsy heads that I’d not much like to disturb such harmony.
Nova Pictoris,
like many other so-called new stars, was an increase of an old star. For twenty-five years it had from time to time been photographed as a speck of the twelfth magnitude.
There is nothing on any photographic plate to indicate that another star was going to collide with it. It went up, just as dimly shining, or only slightly active, volcanoes of this earth sometimes become violent.
No star has ever been seen to cross another star, but just such changes as have been seen in volcanoes of this earth have been seen in stars. Mostly, in their books, astronomers, telling of what they call “proper motion,” do all that they can to give an impression of the stars as moving with tremendous velocities, but here is Newcomb
(Astronomy for Everybody,
p. 327) quoted upon the subject: “If Ptolemy should come to life, after his sleep of nearly eighteen hundred years, and be asked to compare the heavens as they are now with those of his time, he would not be able to see the slightest difference in the configuration of a single constellation.”
And, if Ptolemy should come back, and be asked to compare the Mediterranean lands as they are now with those of his time, he would not be able to see the slightest difference in the configuration of any land—even though erosions of various kinds have been constant.
What Orion was, Orion is, in the sense that what the configuration of Italy was, it now is—in the sense that in all recorded time Italy has been booting Sicily, but has never scored a goal.
There is no consistency, and there is no inconsistency in our hyphenated state of phenomenal being: there is consistency-inconsistency. Everything that is inconsistent with something is consistent with something else. In the oneness of allness, I am, in some degree or aspect, guilty of, or infected with, or suffering from, everything that I attack. Now, I, too, am aristocratic. Let anybody else who is as patrician as I now am read this book, and contrast the principles of orthodox astronomy with the expressions in this book, and ask himself:
Which is the easier and lazier way, with the lesser necessity for effort, and with the lesser need for the use of brains, and therefore the more aristocratic view:
That for, say eighteen hundred years, stars have scarcely moved, because, though changes in them have often been seen, they are too far away for changes in them to be observed;
Or that the stars have scarcely moved, because they are points in a shell-like formation that holds them in place?
However, the orthodox visualization of stars rushing at terrific velocities, in various directions, and never getting anywhere, is so in accordance with the unachievements of all other phenomenal things that I’d feel my heresies falter were it not for other data—
But what of other data—or of other circumstances?
In this day of everybody’s suspicion against “circumstantial evidence,” just what is not generally realized is that orthodox astronomy is founded upon nothing but circumstantial evidence. Also all our data, and repetitions and agreements of data, are nothing but circumstantial evidence. Simply mention “circumstantial evidence” relatively, say to a murder trial, and most of us look doubtful. Consequently I have only expressions and acceptances.
