Crisis of Linearity
by Vilém Flusser | Translation from German by Adelheid Mers
The hypothesis to be presented here is: Occidental culture is a discourse whose
most important information is stored in an alphanumeric code. This code is in
the process of being replaced by other, differently structured codes. If this
hypothesis were accurate, we would have to count on a fundamental change of
our culture in the near future. The change would be fundamental because our
thinking, feeling, desiring, acting, and even our perceiving and conceptualizing
are to a high degree shaped by the structure of the code in which we experience
the world and ourselves. We are “Western people” because our “forma mentis”
has been shaped by the linearity of the alphanumeric code. Should our children
and grandchildren experience themselves through differently structured codes
(for example through technical images like photos, films, and television, and
through digitization) then they would be in the world in a different way than we
are, and than our predecessors were. The following thoughts will examine this
hypothesis.
From childhood on we are so familiar with the aligning of signs (letters and
numbers, for example) that we don’t always clearly perceive this gesture’s
objective. It is first the gesture of enumeration, and only secondly the gesture of
narration (of accounting to the end). For example, this gesture can be recognized
in the stringing of shells to make a necklace. Accordingly, this gesture is ancient
and can probably be found in all cultures. But this gesture of lining up has a
unique history in the eastern Mediterranean that lasted a few thousand years and
finally, around the middle of the second millennium B.C. led to the invention of
the alphabet, to be a mark of our culture until the present, without many
changes. This development began with the lining up of stylized images (of
pictograms) and ended with the aligning of phonetic signs (letters) into lines of
text. For lack of space the description of this evolution will be omitted here, even
though it would be enlightening and outright exciting. But its point of origin (the
enumeration of pictograms) demands consideration.
Looking at a Mesopotamian, hardened clay tablet in which signs had been
inscribed, one can relive the objective hidden behind it. This gesture was about
the tearing out of image elements (pixels) from the picture plane and ordering
them into rows. It was a picture-tearing, iconoclast gesture. Its intent was to tear
up images to enumerate, to account for their content, to be able to narrate, to
“clarify” images: It was an enlightening gesture. The question that now poses
itself is this: Why is
it necessary to explain pictures? Why enlightenment?
To answer, one has to consider how pictures are made. Let’s take as an example
one of the oldest pictures known to us (maybe that of a pony at Peche-Merle).
This is about views fixed on stonewalls. The picture fabricator stepped back from
a pony, contemplated it, and inscribed the fleeting vision into the memory of the
wall. He did it this way, so others could recognize the vision. And he did all
these extraordinarily complex things so that his vision could serve as a guide for
future actions (for instance for the pony hunt). The function of the picture as a
plate for orientation is significant here (our intent is to consider what motivates
linear writing). The process of lining up pictograms began when trust in pictures
as guides for orientations in the world started to diminish. But one cannot do
justice to the matter if one does not attempt to zoom in on the gesture of picture
making.
Stepping back from the object (for example from the pony) could be a mysterious
movement if all of us hadn’t concretely experienced it. One doesn’t just step from
one place into the other (for example onto a hill above the pony) but one steps to
a non-place (into one’s own interior). One becomes a subject of the thing
to be envisioned. One doesn’t continue to insist in the objective world, but one
now ek-sists.
This human (mysterious) ability to step back, to become subject, to exist, is called
“the power of imagination”, and it has consequences. An abyss of alienation
opens between the human being and the objective world, and from this distance,
objects are no longer “manifest” (graspable). Our arms are not long enough to
bridge the abyss. The world is no longer a resistance against which we push, but
it becomes an apparition, which we behold. We now doubt if this phenomenal
world that we are imagining
here really is objective. Still, this unpleasantness has an advantage: We cannot
grasp the items any longer, but we can oversee the circumstances. (We only see
the forest after we cease to bump into the trees.) This is the function of our
imagination: Even though it is ontologically doubtful, it serves a subsequent
handling of the objects. (One is better able to hunt the pony if one has previously
made a picture of it for oneself.) For the following reasons, the inventors of linear
writing believed that the hunt still did not go well enough:
The vision one gains when stepping back from an object is fleeting, and it has to
be fixed in a memory to serve as a model for future acting.
The power of imagination alone is insufficient when it comes to image making.
Storing the vision in a memory demands that it be codified. That means:
translated into symbols which can be interpreted by others. Image making
demands that the subjectively seen is translated into intersubjectivity (that
something private is being published). It now becomes obvious that the image
codes are necessarily connotative:that they allow diverse interpretations by their
receivers. (Denotative images, encoded to allow just one reading, become
possible only after the invention of linear writing.) If images can be interpreted
differently by each receiver, they are not reliable models. A further, iconoclastic
consideration complicates the thought: Like all mediations, images suffer from
an inner dialectic. They are intended to mediate between human beings and the
objective world (to bridge the abyss of alienation), but thus they also block the
path between the
world and human beings. They present themselves in front of the objects instead
of presenting them, and so they increase the alienation they were supposed to
alleviate. What follows is that humans don’t use the images as orientations in the
world, but vice versa: They use their experiences with the world to get oriented
in the images. They no longer use the images in function of the world, but treat
the world in function of the images. Such a reversal of the ontological position of
images is called “idolatry”, and the resulting mode of action is called “magical”.
The motivations of the inventors of linear writing may, somewhat
anachronistically, be phrased like this: imagination is an ontologically doubtful
stance, the resulting images are connotative, and they are subject to the inner
dialectic inherent in all mediation. But it is inevitable to make images before one
undertakes to act. Accordingly, these images must be subjected
to a critique that allows to clarify their ontological position, to denote their codes
and to clear away the ideological confusion they initiated. Particularly for the
purpose of critique linear writing was invented. One can see, in this (admittedly
somewhat modernizing) phrasing, the invention of linear writing was given the
word as the germ of future, Western culture. In this phrasing all linear writing
appears as a description of images, as a critique of the imagination based on a
new mode of thought. What characterizes this new, critical manner of thinking is
the fact that it is not structured in a twodimensional, planar way like the
imagination, but one-dimensionally, line-like. Critique of images is basically a
transcoding from plane to line. The new thinking that becomes a contender with
the invention of linear writing is poorer by one dimension than pictorial thought,
it is more “abstract”, which means: removed by an additional step from the
objective world. That only becomes entirely clear when phonetic signs (letters)
are used in writing.
If one regards the intertwined development of writing from pictograms to letters
from the outside, so to say, it is not apparent why one should forge such a strong
connection between writing and speaking. The downfalls of the codes are
obvious: To read a text, one has to first learn the language it has been recorded
in, and what one cannot say, one cannot write either. That means: The
alphanumeric code
forces writing thought to submit to speaking thought, and if the code becomes
dominant, all remaining modes of thought become impoverished (except for
those that can intrude into the code, thanks to numbers). This can be confirmed
in a comparison with extra-Western codes (especially those of the Far East).
When observing the development of writing towards the alphabet from the
inside (that means: as a writing being), it becomes inevitable. The objective of
linear writing is to critique the imagination. The method used is the transcoding
of images into lines. Since prehistoric times we have possessed a code, spoken
language, which fulfills this task. Images have always been critiqued as they
were conjured up; they were transcoded from their planar existence into the line
of discourse and thus became tellable. This conjuring up of the imagination was a
pretty uncivilized procedure, up until the invention of the alphabet: back then
one spoke, without clearly articulating. With an almost closed mouth
(“mythical”). That means: The code of the spoken language could have possibly
been even more connotative than the code of the images. The alphabet was
invented to denote the speaking code (to subjugate it to the clear and distinct
rules of linear writing) and to refashion it into an effective tool for a critique of
the imagination. That
means: The alphabet was invented to clearly articulate language (to demythologize
it) and then to use language to critique the imagination (to demagicize
the images). Initially, the alphabet teaches us to speak clearly and only
then it teaches us to critique our imagination. It teaches us to think un-mythically
and to act un-magically. This pedagogical function of alphabetic writing is an
extensive process, biographically as
well as historically. The gesture of stringing letters expresses a specific way of
thinking, but then refers back to this way of thinking and reinforces it: The more
texts one writes (and reads), the more textually one thinks, and the more
textually one thinks, the more one writes and reads. The feedback between
thinking
and writing has an effect on brain functions: Neurophysiology is beginning to
localize centers of writing and functions of writing in the brain. Our brain is
differently organized and it processes the acquired information differently than
the brain of analphabetics. (Unfortunately, the problem of cultural conditioning
of inherited
traits has to be excluded here.) Conversely, it is imperative to quickly sketch the
mental revolution that followed the alphabet. The material world is no longer
perceived as a circumstance, but as a bundle of linear processes. That means that
time no longer circles above to order everything, but it now streams and
forcefully carries all things with it. The world of objects is no longer scenic, but
historic. Every situation becomes the result of causes – and the cause of results.
Nothing in the world repeats anymore, but each moment is unique. The mood of
the eternal return of the same (the magic mood) is replaced by the dramatic
mood of linear progress (and it is secondary if this progress is seen as a fall from
a perfect original situation or as a rise to utopian situations.) Differently said: the
alphabetic critique of the imagination leads to a linear, causal explanation of
images. Sketched here is historical consciousness. It further needs to be said that
the close connection of writing to speaking through the alphabet had the
distinctive result that the rules of thought were initially posited as equal to the
rules of writing (“orthography”) and then to the rules of language (“logic”). That
finally had to propel historical thinking into an attitude of pan-logism: “all that
is, is logic”. That means: The rules of language are first projected into images,
and then are projected through those into the world of objects, only to be
retrieved as laws of nature. From this perspective, the famous “adaequatio
intellectus ad rem” appears as a retrieval of the alphabetic script from the
described objects. This closing of the circle of writing (of enlightenment
altogether), this post Hegelian critique of natural science and of its technology, is
only a young phenomenon that already indicates the crisis of linearity. In the
preceding, 3500 year evolution of alphabetic writing (in the previous
history of the West) this contemporary crisis is not palpable. At the beginning of
history (around 1500
B.C., when the alphabet was invented) texts proceeded against images, to narrate
them and to thus explain them away. (Only accessible to a small class of literati
at that time, the historical consciousness engaged in opposition against the
magico-mythical consciousness of the masses.) But the images fought back
against
this attack and illustrated the texts which tried to explain them away. This
dialectic between text and image strengthened both: the magicomythical and the
historical consciousness. Thus the images became increasingly “historical”, the
texts more “imaginary”. (This dialectic is exemplified particularly well in the
development of mediaeval Christianity: the heathen images became more
Christian, and the Christian texts became more “illuminated”). One may claim
that up until the invention of the printing press the “text/image” dialectic drove
Western history. With the availability of the printing press, texts
became cheaper and so historical consciousness became increasingly common.
Images were expelled from the everyday into enclaves that were sanctified by
auras, and nothing withstood the inner dynamic of the line of text any longer.
Natural science and technology could develop, the industrial revolution became
feasible, and the magico-mythical consciousness that had been repressed into the
subliminal realm had to bow to the successes of this progress: It proved that a
thoroughly critiqued imagination actually did lead to better pony hunting than
an un-critiqued one. The enlightenment of thinking (and the associated action)
that had been possible thanks to the invention of the alphabet appeared to be
finally victorious, and it seemed to conquer the whole planet earth, beyond the
West. For reasons that unfortunately cannot be discussed here, the alphabet soon
proved to be a code not entirely adequate for the critique of imagination. Other,
non-phonetic, ideographic symbols, namely numbers, had to be introduced.
These symbols express a different mode of thinking than the logical mode, and in
spite of extraordinarily spirited efforts (see Russell-Whitehead) attempts to bring
logical thinking onto a common denominator with mathematical thinking were
not successful. The alphanumeric code is divided within itself, and this internal
contradiction had to lead to its crisis, as we can discern from our current vantage
point. From the perspective of the considerations undertaken here, this inner
contradiction can be formulated as such: While letters unravel the surface of an
image into lines, numbers grind this surface into points and intervals. While
literal thinking spools scenes as processes, numerical thought computes scenes
into grains. For a long time these modes of thought could walk jointly, with
literal thinking keeping the upper hand because both modes were directed
against surface thinking. But as images became increasingly enlightened,
numerical thinking had to poise itself against literal thinking, to submit it to its
grinding, analyzing critique. Linear, process-oriented, historical thinking sooner
or later had to fall victim to analytical, structural, zero-dimensional, point-
thinking.
Mathematical consciousness began to attack historical consciousness quite early,
as indicated by the names “Heraclitus” and “Democritus”. While for Heraclitus
“everything flows”, everything is processoriented, Democritus describes dots
that accidentally deviate from their paths and collide to constitute the world of
objects. Already, the differing moods of historical and mathematical
consciousness are clearly discernible: For Heraclitus everything is necessary
(causally explainable), with Democritus everything is accidental (at best to be
explained statistically). We cannot fully comprehend now why the ancients saw
sadness in Heraclitus’ causality and joy in Democritus’ chance, while we rather
feel absurdity as we are about to enter into the mode of Democritus. During the
course of history Democritus’ “atomistic” thinking was suppressed (and
numbers were subjugated to letters), because
mathematical thought was perceived as empty.
Actually, the numerical code is so clear and distinct, that unfillable intervals gaps
between each two symbols. (The interval between 1 and 2 can never be filled
with numbers, for example 1,1, so that what is to be enumerated, for example an
image, can slip out between the intervals.) When it became evident after
the imagination had been explained away that the objective world demanded
numbers (or that letters demand to be recoded into numbers), the emptiness of
this code had to be confronted. Descartes began to fill the intervals, and calculus
as invented by Leibniz and Newton transformed the numerical code into an
instrument that permitted the description of processes. This is why a process that
was explained by a differential calculation was perceived as “explained”. What
was left to undertake was the attempt to recode the equation back into letters, for
the benefit of non-mathematicians. A condition already quite pitiful for linear,
historical thought. But that couldn’t be all. The invention of computation
machines made it unnecessary to painstakingly fill in the intervals by artful feats
of calculation: the machines spit out numbers automatically, in a quantity that
deposes of all linearity. Important in assessing the revolt of numbers against
letters is the observation that numerical thought (entirely counter to its name)
does not enumerate (and so does not tell), but that it pulls apart into point
elements and then mounts those elements in a heap. An algorithm is not an
enumerated, but an initially broken up and then re-computed circumstance.
Someone who is mathematically trained can discern a number of circumstances
from the structure of an algorithm, all connected to each other by a common
structure. Numerical thought, as it is currently emerging from literal thought, is a
formal, entirely abstract thought: It is zero-dimensional and so a step further
removed from the world of objects than literal thought. This highest possible
abstraction as it is reached in mathematical thought was inbuilt into the stream of
literal thinking throughout history: Algorithms formed islands within texts made
from letters. For a while now, mathematical, calculating thought has been
breaking out from within the alphanumerical code, is claiming independence,
and it is turning against linear thought, to analyze it, and (surprisingly, but
certainly not unexpectedly) to lead to a new form of imagination.
In other words, it begins to no longer encode itself in numbers, but in differently
characterized point symbols, and it is opposing those new codes to the texts. This
recoding of calculating thought is most clearly visible in its first emergence from
linearity, in photography, and for that reason must be given closer scrutiny. The
camera is a contraption that takes in light and captures it on molecules of a
chemical compound. The reactions thus initiated result in a negative copy of the
objects from which the light originated. This can also be shown differently: The
camera is a contraption that catches information, calculates it in bits, stores it in a
memory, and computes it in such a way that it can be called up as images. The
first characterization of the camera function is as a process, “Heraklitian”: The
photographic
operation appears as a series of chemical, optical and mechanical processes. The
second presentation of the camera function is calculating, “Democritian”: In it,
the photographic operation appears as a processing of data. The first
presentation explains the camera in a causal manner: as result of previous,
scientific and technological developments. The second presentation explains the
camera in a projective
way: as a primitive computer. In the second presentation, the new thinking that
is no longer linear comes to bear.
For which purpose was the camera invented? The inventors themselves may
have answered: to automate the making of pictures and thus to focus the
imagination on its essential characteristic, which is to step back from the world of
objects. But seen in the projective manner, this answer is insufficient. It should
be: to process a dot-interval-code to open a passage for something that never
existed before, namely, a programming imagination. This entity that never
existed before is being interrogated here. To step back from the object is a gesture
of abstraction: One extracts oneself from the objects, and thus the images are
two-dimensional abstractions of objects. But to photograph is a concretizing
gesture: one collects (computes) grains, and so photos are two-dimensional
concretions of zero-dimensional dots and intervals (of calculations). They are
“grainy pictures”. Two opposing imaginations are in contention here. The first
refers back to the objects, it “signifies” the world of objects.
The second refers back to calculations, it “signifies” a world that has been fully
calculated. On first glance, this cannot be gathered from the photographs: They
seem to signify objects. This is the case because photographs (like films and
videos) are phenomena of transition. In them, the two imaginations overlap.
Because information is processed in cameras (light rays) that had been emitted
from objects.
The new imagination first comes into its own in the realm of synthetic computer
images. A synthetic image of an airplane does not signify an object, but a
calculation, and it is a model for potential, not for actual objects. In short: The
first imagination makes images which are intended to serve as models, and the
second imagination makes models, which are intended to picture calculations.
Photographs, films and videos are phenomena of transition. (This makes them so
interesting in terms of understanding the current crisis.) Cameras are built in a
way that the calculations that are fed into them actually signify objects. But the
people who build and feed cameras (the programmers of pictures) employ the
second imagination: These pictures are images of their calculations and so are
models for a programmed behavior on the side of their receivers. The
photographers are film and TV people who push the trigger, doing this in the
belief that they are taking pictures of objects. But all these people are
technologically redundant: triggers can function automatically. The actual image
makers are the programmers. The surge of photographs, films and TV pictures
that envelopes us is already, albeit covertly, the expression of a new calculating
way of thinking, which articulates itself in dot codes, to compute
these into pictures.
As said before: This new way of thinking is expressed clearly for the first time in
computers. Because most of us do not yet have daily experiences with
computers, but receive by far the largest part of the daily amount of information
courtesy of the pictures described above, it is prudent to acknowledge the
revolution
that these grainy pictures have wrought in our thinking already. Before we shall
try to focus on the outright calculating and computing, it is imperative to
consider the “photographic view”, through which we see the world and
ourselves within it, and thanks to which we have already jumped out of linearity.
The fact that we increasingly experience the world through grainy pictures like
photos and TV and less through printed, linear texts is obviously not responsible
for construing it more and more as a heap of particles and less as a flux of events.
Responsible for this new mode of understanding is the fact that we increasingly
encode our information in mathematical codes and less in letter codes, and that
fact enables
the new, grainy pictures. Conversely, it can be claimed that the grainy pictures
enable us to factually see the information: not our cognition, but our worldview
is informed by pictures of that kind. This “photographic view” of ours shall be
presented through several examples, first in a short series of ”epistemological”
photos, and then in an even shorter series of ”ethic-aesthetic” photos.
(1) We no longer imagine that objects surround us solidly and treacherously,
confront us and condition us, but rather that particles rush around in the void
(outside as well as within us), and that we somehow process this rushing into
objects.
(2) We no longer imagine that we live in a world in which matter is moved by
forces (for example stars by gravitation, or metal shavings by magnetism), but
rather that we are immersed in undulating fields, in the vales of which we had
previously envisioned materiality.
(3) We no longer imagine that life on earth consists of organisms that cooperate
or fight each other, but rather that an undulating mush (the ”biomass”) covers
the surface of the earth, that its droplets (the ”nuclei”) contain genetic
information (particles ordered in chains), that the droplets continuously divide,
that in this process information may accidentally be transmitted falsely, and that
organisms are outgrowths of these aberrations, which rise from the mush just to
sink back into it.
(4) We no longer imagine that mental processes (for example perceptions,
imaginings, feelings, wishes, thoughts or decisions) are some kind of entities, but
rather, that this is about computations of point elements, which are processed in
the synapses of the brain.
(5) We no longer imagine that we contain some solid kernel (some kind of
”identity”, an “I”,
a “spirit” or a “soul”), but rather that we are immersed in a collective psychic
field, from which we emerge like temporary bubbles, acquire some information,
process, share, to submerge again.
(6) We no longer imagine that the individual cultures that shape our life are some
kind of independent structures, but rather that we are immersed in an
undulating field of culturemes, from which the individual
cultures emerge through computation, just to blur again, while it remains open
how much of that is accidental or intentional.
These six “photographs” are images of calculations and models for
manipulation. They permit the manufacture of artificial objects, artificial matter,
artificial living beings, artificial intelligences, artificial identities, artificial
cultures. They are examples for a new power of imagination that we presently
have available to us.
(7) We no longer imagine that society is a group of people who have somehow
been placed in relation to each other, but rather, that we live within a field of
inter-subjective relations, in an undulating net that constantly reties and unties.
Thus the historic question: “does society serve humans or do humans
serve society?” becomes fundamentally meaningless. Social reality is the relation
from which human and society are abstract extrapolations, and the knots of the
social network might as well be manned by artificial intelligences as by humans,
or even stay empty. Political engagement can no longer be an effort to change
society or the human being, but the attempt to program (technocracy) or
deprogram (terrorism)
the field of social relations.
(8) We no longer imagine that we are in chains (for example chains of causality,
or in a bustle of laws and regulations), and that freedom is the effort to break
those chains, but rather that we are immersed in an absurd chaos of
contingencies, and that freedom is the attempt to give this chaos shape and
meaning. (This reshaping of the question “freedom from what” into “freedom for
what” is extraordinarily characteristic for the rupture in our thinking.)
(9) We no longer imagine that we perceive the world and ourselves as “reality”,
but rather that we ourselves process the perceived into reality. Thus we see in
our life no longer a movement that changes given realities, (for example things
and ourselves), but rather a tendency to realize given possibilities within us
and around us. That means: Our values are no longer those of labor, but rather
those of creativity, of the computation of information. The last three “photos” are
less in focus than the six of the first series because the calculating thinking is less
trained in the area of values than in the area of cognition. But they are better at
showing what is meant here by “Crisis of Linearity”. Namely, that the transition
from one-dimensional to zerodimensional codes does not only come with new
categories of cognition (for example probability calculus instead of causal
explanation, or propositional calculus instead of logic), but comes with
altogether new categories (predominantly values).
This excursus into the “photographic view” was intended to present how the
disposition of life changes after the eruption of the dot-interval-thinking from
linear thought. How differently are we present when we
emerge from the Heraclitian flux to step into the Democritian rain. It is obviously
true that it is possible to reduce both sides to each other: to see a thin river in the
rain, or a river in a dense rain. (To see a process as a stream of particles, the
particle as an aspect of process, the row as a series of dots, the dot as an element
of a row). But with this the radical break in the disposition is not eliminated: As
soon as we are no longer disposed historically (alphanumerically), but
computationally (digital), our lie gains a new coloration. It shall now be
attempted to grasp this. People (for example our grandchildren) sit in front of a
computer keyboard, push one key after the other, dot after dot appears on a
monitor, and images come into existence. These images will for all practical
considerations stay loaded into a memory forever, but can also
be transported through cables or other media, to be refashioned by others
(humans or artificial intelligences) and thus altered, they may be sent back. Why
do these people do that? Here is the answer that would likely be given by
someone who thinks historically, in a linear manner: The images that are created
by these people are depictions of calculations and can serve as models for
changing the world. For
example, these people calculate bridges, and robots can actually build bridges
following these images. These people participate in a dialog meant to change the
world, and their computers are instruments that permit working up newer and
newer models of world changing based on a continuously materializing
consensus. What happens here can be phrased in this way: humans want to
(have to) change the world, and with it themselves. To achieve this they first
retreated from the objective world, to make a picture of it for themselves (the
case of the pony). Then they subjected this image to a linear critique (the case of
the alphanumerical explanation). Thereafter they calculated this linear critique
(the case of the numerical analysis). And now they have at their disposal a new
power of imagination that allows them to project synthetic images that are
already entirely critiqued and analyzed. That’s how people achieved the goal
that they aimed for since the beginning of humanity: Digital code is the perfect
method to change the world after one’s heart’s desire (perfect for hunting
ponies). That is probably not the answer our grandchildren would give. Behind
the keyboard whose keys they press is a swarm of particles, and this swarm is a
field of possibilities to be realized. Thanks to each key press it is possible to
confer shape onto the absurd chaos of this “1-0” accident, it can be informed. The
information thus retrieved can be stored and dialogically re-informed. All that
occurs with great speed, so that the amount of created instances of information is
very large, including some entirely unexpected ones. One adventure after the
other emerges from chaos and
appears on the monitor. So what matters is not only an advancing realization of
virtualities contained in this chaos, but mainly to progress from surprise to
surprise, from adventure to adventure, jointly with others. It is true, though:
automatic machines can project some of the created instances of information
outside of the
conversation and thus change the field of possibilities of the “world”. But the
creative giddiness that grabs hold of one in this pure play is not based on the
applicability of dialog. On the contrary, it is a symptom of the fact that the player
is realizing himself, jointly with others. Our grandchildren will likely say: We do
this because through this we realize ourselves inter-subjectively and thus give
meaning to our absurd life.
The intent of the considerations presented here was not to promote some
telematic utopia based on digital codes. It is not very likely that the historical,
occidental culture that is in a state of crisis will actually be replaced by such a
utopia, once the alphanumerical code loses its preponderance. What was
intended here was to suggest a point of view that counters a widespread cultural
pessimism: Doubtlessly, we would lose much if we lost the linear code, and with
it historical, process oriented, critical thinking. Almost everything that we
identify with. But then other abilities would come into play that we have not yet
utilized. The Crisis of Linearity, the first phases of which we are experiencing, is
mainly a challenge to us: We should mobilize the newly emerging power of
imagination to overcome the crisis, in us and around us. This consideration
wishes to be regarded in the sense of an experiment with a new power of
imagination.
The above translation follows the German text
“Krise der Linearität”, published in Absolute Vilém
Flusser, Hg. v. Nils Röller and Silvia Wagnermaier,
Freiburg: orange-press 2003
Found at: http://bootscontemporaryartspace.org/blog/bootprint/