Under artificial skies: Planetaria and modernism

Mikhail-Osipovich-Barshch-Planetario-de-Moscú

A couple years ago or so, I posted a number of photos of the Moscow planetarium designed by Mikhail Siniavskii and Mikhail Barshch. The planetarium was built in 1929, and still stands today — albeit in an awful state of disrepair. I included the wonderful fragment “To the Planetarium” by Walter Benjamin, from his 1928 work One-Way Street. You can read more about the planetarium and its preservation here.

Recently I’ve found a bunch of new images to post, however, from the same cache as the Dom Narkomfin photos I posted the other day. So I thought I’d put them up for everyone to see, along with another fragment by the theorist of modernity Hans Blumenberg. Not too familiar with Blumenberg’s work, admittedly, but from what I can tell he’s less hostile to Weber than his rejection of the “secularization thesis” (what Weber called “the disenchantment of the world”) would suggest. Anyway, this bit from The Genesis of the Copernican World is quite nice. Enjoy.

The ambiguous meaning of the heavens

Hans Blumenberg
The genesis of the
Copernican world
West Berlin, 1975

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The planetarium is the mausoleum of the starry heavens as the ideal of pure intuition. As a technical phenomenon it is deeply rooted in the nineteenth century’s longings for a popular knowledge of the starry heavens, longings that expressed themselves in “people’s astronomers” and “people’s observatories.” They retrieved the reserved property of science as a relic for a “natural” mass religion of the solved “riddles of the universe” and of ersatz emotions. To that extent the planetarium too is an end, an end of what Ernst Haeckel wrote in his Welträtsel [Riddles of the Universe] (a book that was distributed in many hundreds of thousands of copies): “The astonishment with which we gaze upon the starry heavens and the microscopic life in a drop of water, the awe with which we trace the marvelous working of energy in the motion of matter, the reverence with which we grasp the universal dominance of the law of substance throughout the universe-all these are part of our emotional life, falling under the heading of ‘natural religion.'” Modern man, Haeckel went on, does not need the narrow enclosed space of a special church in order to live in this religion; he finds his church “through the length and breadth of free nature, wherever he turns his gaze, to the whole universe or to any single part of it…” It is harsh, but indispensable in order to display the arc of this theme’s development, to quote immediately after the enthusiasms of this certainly important zoologist and theoretician of “family trees,” from 1899, what Hitler said on the subject in conversation during the noon meal in his headquarters on 5 June 1942: He had “directed that every town of any importance shall have an observatory, for astronomy has been shown by experience to be one of the best means at man’s disposal for expanding his view of the world and thus saving him from any tendency towards mental aberration.”

Under the artificial skies of the planetariums, the upright carriage of the observer of the heavens can be practiced sitting down, with the gentlest constraint to adopting the attitude of the onlooker in repose. Here, if anywhere, one should inevitably expect the demonization of the technical surrogate for the most sublime object — of the projected heavens as the false heavens. If one disregards the context of the [particular] concept of reality, into which this simulation fits as one of its logically most consistent elements, it is easy to make sarcastic fun of the false starlight and the false salvations that are sought under it. Nevertheless, this marvel has seldom been so little marveled at as in the work of Joseph Roth, who had his “first encounter with Antichrist” under this technical backdrop.

Roth writes a book of unmaskings. He follows the old pattern of the Platonic discovery that the realities with which we deal are only shadows and imitations; but he goes a step further beyond this schema when he establishes that everything that is even capable of being imitated is thereby lowered in its rank in reality. It is an attempt to oppose even the concept of reality that allows imitations to be real [wirklich] because they are efficacious [wirksam], without prejudice to what they may be derived from. Not only the shadows of the Platonic cave are convicted of their existential weakness, but the Ideas themselves are too, because it is still possible for those shadows to be their final derivative and the extreme indicator of their origin. What we have before us is a mirror-image reversal of Platonism: If in it the null grade of reality, in the shadows, was only possible because as images they were subordinate to the essentially imageable Ideas, now the unreality of the projections is only possible because their “originals” already suffer from unreality, so that “the reality that they imitate so deceivingly was not at all difficult to imitate, because it is not real.” This description of the cinema could in its turn be an imitation of the classic of this sort of cultural criticism, Max Picard’s Das Menschengesicht [The Human Face] of 1929: “Indeed, the real human beings, the living ones, had already become so shadowlike that the shadows on the screen had to seem real.” The unreality of reality is responsible for the artificial reality of unreality.

What Joseph Roth calls “the Antichrist” is the sum of the false realities. The boy encountered them for the first time at the beginning of his paideia [ education], in his Platonic cave: Not only the shadows but the cave itself was, so as to make the shadows possible, an artifact.

In those days a great wagon came along, drawn by invisible powers, and remained standing on an open space before the city. To begin with it sent a great machine forward, which was covered with a little tent made of linen, and on this a great tent, also made of linen, was spread out and set up like a dome, and if one went inside, the inside of the dome was a blue sky with many gold and silver stars…The dome was blue, and the stars were just as inaccessible and just as close as real stars are. For since a human being is not even tall enough to reach the roof of a circus tent erected by others of his kind, it did not matter to the person who sat beneath the dome whether it was the genuine sky or a copy of it. He could grasp neither the one nor the other with his hands. Consequently he was glad to believe that the one was the other, or vice versa. And since it became quite dark beneath and inside this dome made of tent linen, he was convinced that he sat in the midst of a clear, starry summer night…

Of course, under false heavens one can encounter false salvations. But they come from false expectations of an “authentic” and ultimate reality, of the genuine substance of nature that, because it is genuine, is at the same time not ready to hand. The demand for an authentic reality presupposes that one could tell by looking at the real that it is not the unreal-as long as one does not have to deal exclusively with the latter. But the production of this exclusiveness is what the Platonic cave and its technical successors imply.

The modern age added to this premise a further one. In Descartes’s consideration of doubt, the possibility is accepted that all the characteristics of the real could be imitated without the production of these characteristics having to generate, at the same time, the objective equivalent of reality. Leibniz was the first to urge, against Descartes, that the complete simulation of reality would in the end no longer be deception, because a deception requires both the implication of an assertion of what does not exist and that the person affected could suffer from being disillusioned, neither of which is the case here. The Baroque idea that life could be a dream has no terrors for Leibniz because expectation is determined by a new concept of reality in which the internal consistency of everything that is given is identical with all the ‘reliability’ of reality that is still possible.

There is something questionable and productive of misgivings in the demand for ultimate authenticity in all experiences, for an unmediated relation to the original, in a world that is characterized by overcrowding and can no longer keep open all paths to everything. This is no longer and not only a matter of the sincerity of one’s desire, not least of all because simulation surpasses artificially unaided [naturwüchsig] intuition. The starry heavens of intuition in the life-world are motionless for their viewer; if one also assumes that the everyday opportunity to view the heavens occurs at about the same time of day, there remain only the gradual seasonal displacement of the constellations, the Moon’s changes of phase, and the (even more difficult to perceive) motion of the planets. It is just not true that the natural heavens rotate soundlessly around the viewer; only the herdsmen of Chaldea were credited with having this experience without having any professional interest in having it. In contrast to this, the planetarium is a short of temporal telescope, which puts the static heavens in motion and by means of technical projection makes visible things that were never seen, that were really only disclosed by comparison of observations. Here it is a question not of duplicating experience that, with some effort, would also be possible ‘in the original’ for anyone at any time, but rather of augmenting what can be seen at all.

El Lissitzky on “pangeometry” and art (1925)

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In the essay A. and Pangeometry  El Lissitzky analyses the changing role of perspective in art and introduces axonometric projection (or parallel perspective) as a new means to represent and perceive space. It was first published in German in Europa-Almanach, (Carl Einstein and Paul Westheim, Kiepenheuer Verlag, Potsdam, 1925, p.103-113) and was reprinted in 1984.

This English translation was published in the book El Lissitzky. Life – Letters – Texts, Lissitzky-Küppers, Thames & Hudson, London, 1992 (out of print). The blog The Detached Gaze posted it a few months back.

NOTE: Abbreviations: A. = art, F. = form.

europa-almanachKunst und pangeometrie lissitzky

Art and pangeometry

El Lissitzky
Europa Almanach
Potsdam (1925)

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Seeing, of course, is also an A.

In the period between 1918 and 1921, a lot of old rubbish was destroyed. In Russia we also dragged A. off its sacred throne “and spat on its altar” (Malevich 1915). At the first Dada-event in Zurich, A. was defined as “magical excrement” and man as the “measure of all tailors” (Arp).

Now after five years (five centuries in the old chronology) in Germany for example, Grosz brings only one reproach upon himself: “our only fault was that we ever took the so-called A. at all seriously.” But a few lines further on he writes: “Whether my work is therefore called A. depends on the question of whether one believes that the future belongs to the working classes.” I am convinced that it does, but neither this conviction nor the excrement and the tailors are universal criteria for A.

A. is a graduated glass. Every era pours in a certain quantity: for example, one puts 5 cm of Coty perfume, to titillate the nostrils of fashionable society: another throws 10 cm of sulphuric acid into the face of the ruling class; yet another pours in 15 cm of some kind of metallic solution which afterwards flares up as a new source of light. So A. is an invention of our spirit, a complex whole, combining the rational with the imaginary, the physical with the mathematical, √1 with √-1. The series of analogies which I am going to bring to your attention is put forward not to prove — for the works themselves are there for that — but to clarify my views. The parallels between A. and mathematics must be drawn very carefully, for every time they overlap it is fatal for A.

Planimetric space

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Plastic F. begins, like elementary arithmetic, with counting. Its space is the physical two-dimensional flat plane. Its rhythm — the elementary harmony of the natural numerical progression 1, 2, 3, 4, …

Man compares the newly-created object [1] — for example, the relief, the fresco — with natural objects. If, for example, in a relief, the animal in front covers a part of the animal behind, this does not mean that that part has ceased to exist, but that there is a distance, space, existing between these two bodies.

image1_a_and_pangeometry_el_lissitzky_1925 image2_a_and_pangeometry_el_lissitzky_1925

One comes to know from experience that there is a distance existing between individual objects, that the objects exist in space. This two-dimensional plane ceases to be just a flat surface. The plane begins to presume upon space and there arises the numerical progression, 1, 1½, 2, 2½ …

Perspectival Space

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The space of the plane developing into view lengthens and widens, increases to a new system, which finds its expression in perspective. It is generally accepted that perspective representation is the clear, objective, obvious way to represent space. It is said that, after all, the camera also works perspectivally and at the same time one is forgetting that the Chinese once built the object-lens with concave instead of convex lenses as we have, and so would also have produced an objective and mechanical image of the world, yet quite a different one. Perspective has comprehended space according to the concept of Euclidean geometry as a constant three-dimensional state. It has fitted the world into a cube, which it has transformed in such a way that in the plane it appears as a pyramid. [2] The tip of this visual pyramid either lies in our eyes — therefore in front of the object — or we project it on to the horizon — behind the object. The former concept was chosen by the East, the latter by the West.

Perspective defined space and made it finite, then enclosed it; but the “universal set” [3] of art became richer. Planimetric space provided us with the arithmetical progression. There the objects stood in the relation: 1, 2, 3, 4, 5…In perspective space we acquired a new geometric progression; here the objects stand in a relation: 1, 2, 4, 8, 16, 32… Up to the present time the “universal set” of A. has acquired no new enrichment. In the meantime science undertook fundamental reconstructions. The geocentric Ptolemaic conception of the universe was replaced by the heliocentric system of Copernicus. The Euclidean conception of fixed space was destroyed by Lobatschewski, Gauss, and Riemann. The impressionists were the first to begin exploding the hereditary notion of perspectival space. The cubist method was more decisive. They transposed the space-confining horizon to the foreground and identified it with the area being painted. They made improvements to this fixed area through psychic features (walls covered with wallpaper and so on) and by destroying some elementary forms. They built from the perspective plane forward into space. The latest sequels are: the reliefs by Picasso and counter-reliefs by Tatlin. Continue reading

Return of the Sun God

PHOTO: Ivanpah solar electric
generating system (2.08.2014)

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At last a megamachine had become possible that would need, once organized, a minimum of detailed human participation and coordination. From the sixteenth century on the secret of the megamachine was slowly rediscovered. In a series of empirical fumblings and improvisations, with little sense of the ultimate end toward which society was moving, that great mechanical Leviathan was fished up out of the depths of human history. The expansion of the megamachine ⎯ its kingdom, its power, its glory ⎯ now became progressively the chief end, or at least the fixed obsession, of Western society. The machine, “advanced” thinkers began to hold, not merely served as the ideal model for explaining and eventually controlling all organic activities, but its wholesale fabrication and its continued improvement were what alone could give meaning to human existence.

Within a century or two, the ideological fabric that supported the ancient megamachine had been reconstructed on a new and improved model. Power, speed, motion, standardization, mass production, quantification, regimentation, precision, uniformity, astronomical regularity, control, above all control ⎯ these now became the passwords of modern society in the new Western style.

Only one thing was needed to assemble and polarize all the new components of the megamachine: the birth of the SUN GOD. And here in the sixteenth century, with Johannes Kepler, Tycho Brahe, and Nicolaus Copernicus officiating as accoucheurs, the new SUN GOD was born.

⎯ Lewis Mumford,
“Megamachine”
(March 1, 1966)

To the planetarium

Walter Benjamin

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What follows is an excerpt from Walter Benjamin’s 1928 book One-Way Street, his first definitively Marxist work. The photos that come afterward are of the modernist Moscow Planetarium, built by Mikhail Barshch, M. Siniavskii, and G. Sundblat in 1928-1929. Benjamin would write his well-known Moscow Diary over the course of his stay with Asja Lacis in Russia in 1926-1927, so he would not have been able to visit the structure, for which the foundation had not even been laid. Still, I would like to think that something of its spirit carried over from the missed encounter that isn’t just speculative fluff.

If one had to expound the doctrine of antiquity with utmost brevity while standing on one leg, as did Hillel that of the Jews, it could only be in this sentence: “They alone shall possess the earth who live from the powers of the cosmos.” Nothing dis­tinguishes the ancient from the modem man so much as the former’s absorption in a cosmic experience scarcely known to later periods. Its waning i marked by the flowering of astro­nomy at the beginning of the modem age. Kepler, Copernicus, and Tycho Brahe were certainly not driven by scientific im­pulses alone. All the same, the exclusive emphasis on an optical connection to the universe, to which astronomy very quickly led, contained a portent of what was to come. The ancients’ intercourse with the cosmos had been different: the ecstatic trance. For it is in this experience alone that we gain certain knowledge of what is nearest to us and what is remotest to us, and never of one without the other. This means, however, that man can be in ecstatic contact with the cosmos only commun­ally. It is the dangerous error of modem men to regard this experience as unimportant and avoidable, and to consign it to the individual as the poetic rapture of starry nights. It is not; its hour strikes again and again, and then neither nations nor generations can escape it, as was made terribly clear by the last war, which was an attempt at new and unprecedented com­ mingling with the cosmic powers. Human multitudes, gases, electrical forces were hurled into the open country, high­ frequency currents coursed through the landscape, new constellations rose in the sky, aerial space and ocean depths thundered with propellers, and everywhere sacrificial shafts were dug in Mother Earth. This immense wooing of the cosmos was enacted for the first time on a planetary scale, that is, in the spirit of technology. But because the lust for profit of the ruling class sought satisfaction through it, technology betrayed man and turned the bridal bed into a bloodbath. The mastery of nature, so the imperialists teach, is the purpose of all technology. But who would trust a cane wielder who proclaimed the mastery of children by adults to be the purpose of education? Is not education above all the indispensable ordering of the relation­ ship between generations and therefore mastery, if we are to use this term, of that relationship and not of children? And likewise technology is not the mastery of nature but of the relation between nature and man. Men as a species completed their development thousands of years ago; but mankind as a species is just beginning his. In technology a physis is being organized through which mankind’s contact with the cosmos takes a new and different form from that which it had in nations and families. One need recall only the experience of velocities by virtue of which mankind is now preparing to embark on in­ calculable journeys into the interior of time, to encounter there rhythms from which the sick shall draw strength as they did earlier on high mountains or at Southern seas. The “Luna parks” are a prefiguration of sanatoria. The paroxysm of genuine cosmic experience is not tied to that tiny fragment of nature that we are accustomed to call “Nature.” In the nights of annihilation of the last war the frame of mankind was shaken by a feeling that resembled the bliss of the epileptic. And the revolts that fol­lowed it were the first attempt of mankind to bring the new body under its control. The power of the proletariat is the measure of its convalescence. If it is not gripped to the very marrow by the discipline of this power, no pacifist polemics will save it. Living substance conquers the frenzy of destruction only in the ecstasy of procreation.

Walter Benjamin
One-Way Street
(1925-1926)

The planetarium in Moscow