Summary of Part 3 Chapter 3: Technical and Philosophical Thought
In this chapter Simondon lays out his prognostications for how a presumably emerging or soon to emerge “philosophical thought” will characterize, or help bring about, the passage from our current split world toward a world which renews the unity or wholeness or whatever, which had characterized the original, magical world. He goes through the different kinds of thought which characterize our stage in world history – technical, religious, and aesthetic – showing how they fail to reach the desired outcome, and yet all include aspects which need to be included in the coming philosophical thought. Technics “grasps” us and our world below the level of unity, and social and political thought (which are the “functional analog of religions” (223) (and which he later specifies as national socialism, “American democratic doctrine,” and Soviet Communism (231)) grasp us from above the level of unity (224).
but these two representations are not enough, because the human world can be grasped in its unity only at the neutral point; technics pluralize it, and political thought integrates it into a higher unity, that of the totality of humanity in its coming-into-being, where it loses its real unity in the same way that the individual loses its unity within a group.
Aesthetic thought “grasps” reality at the “neutral point” between these, and philosophical thought will as well; but it will have to go beyond the merely representational level which aesthetic thought is stuck at, it will also require an “aesthetics of aesthetics,” putting the different stages of aesthetic thought into relation.
S goes through the limitations of current technical thought: it focuses on technical objects instead of seeing at the needed level, of the concrete technical individual (226). Instead of focusing on discipline-specific understanding, it will be necessary to understand the similarity (or identity?) of schemas at the intersection of multiple sciences and practical domains (227). Philosophical thought will need to grasp the “polytechnic — both natural and human — universe” (228); though the term “network” (réseau) goes a way towards this, it is too imprecise, S argues, in that it “does not account for the particular regimes of causality and conditioning that exist in these networks, and that functionally attach them to the human world and to the natural world, as a concrete mediation between these two worlds.” [But “réticulation” totally nails it? This might be related to his critique of cybernetics as too focused in homeostasis, and too readily positing what S considers false equivalences between different kinds of system.]
The introduction of adequate representations of technical objects into culture would result in the key-points of technical networks becoming real terms of reference for the ensemble of human groups, whereas they currently are only key terms for those who understand them, which is to say for the technicians of each specialty; for other men, they only have a practical value, and correspond to very confused concepts; technical ensembles introduce themselves into the world as if they had no natural or human right of belonging, while a mountain or promontory, which have less concrete regulatory power than some technical ensembles, are known by all men of a region and belong to the representation of the world.
[I have to admit I have not been tracking to what extent Simondon’s concepts of “key points” (points clés) and “high points” (hauts lieux) correspond; this passage makes me think they do.] Anyway this sentence sums up “what is wrong with people and society today” in S’s view, and this is the situation which the coming philosophical thought will correct. S notes the different experiences of the human individual toward tools and networks:
one changes tools and instruments, one can construct or repair a tool oneself, but one cannot change the network, one doesn’t construct a network of one’s own: one can only connect to a network, adapt to it, participate in it; the network dominates and frames [enserre] the action of the individual, it even dominates each technical ensemble. (229)
S goes into a very interesting discussion of the human experience of the technical and natural world in terms of respect and the sacred. To non-technically aware people, big things like a harbor, a freeway interchange, or the aforementioned mountain peak, command respect; but the technical networks of which they are not aware of, do not command such respect. He describes an occasion in which the clock of the Paris Observatory was thrown off to some fractional degree (less than could cause any practical disruption at large) by “the tumultuous visit of science students passing by it on their way to the catacombs,” and the scandal this caused among the scientists who were attuned to this clock’s importance, and thus hold it in respect. S points out that humanities students would not have even thought to profane the workings of the clock, since they would not understand it to be sacred; likewise, a classroom experiment in disrupting a similar clock would not be scandalous, because such a clock does not hold the same sacred, key-point position in a crucial network. So, a future, better society in which we all had better technical understanding, would also be one in which we were more respectful of such networks and their “key-points.”
Turning to social-political thought, S lists its three main forms in the mid-20th century (national socialism, “American democratic doctrine,” and Soviet communism), and how these are each related to technology (e.g., Soviet communism “gains self-awareness through the use of tractors, the foundation of factories” (231):
the distribution and integration of key-points of social and political thought in the world at least partially coincides with the distribution and integration of the technical key-points, and ... this coinciding becomes all the more perfect as technics becomes increasingly integrated within the universe, in the form of fixed ensembles, attached to one another, constraining [enserrant] human individuals into the links they determine.
Part of what S is doing through this chapter is noting the deficiencies of each of the existing forms of thought, and also the promising aspects which philosophical thought can draw on, when it unifies or transcends them or whatever. Technical and religious (including social-political) thoughts separate the world, when what is needed is to grasp its continuity (233). Part of the solution is the development of what S has elsewhere in the book called “technical culture” (cf. Combes 2013: 57ff.):
it is culture, considered as a lived totality, that must incorporate the technical ensembles by knowing their nature, in order to be able to regulate human life according to these technical ensembles. Culture must remain above all technics, but it must incorporate into its content the knowledge and intuition of genuine technical schemas. Culture is that through which man regulates his relation with the world and with himself; and yet if culture were not to incorporate technology, it would contain an opaque zone and wouldn’t be able to contribute its regulative normativity to the coupling of man and the world. For in this coupling of man and the world, which is that of technical ensembles, there are schemas of activity and conditioning that can be clearly thought only by virtue of concepts defined by a reflexive but direct study. Culture must be contemporary with technics. Culture must reshape itself [se reformer] and must once again take up its content stage by stage. (234)
Per S, contemporary culture fails in this regard because it lags behind technology, understanding it through concepts and ethics which were suitable for earlier stages of history, but are now no longer sufficient. [Though of course, what S does not appear to consider is why this should be the case other than the extent to which “nobody has figured it out yet.” He does not consider what role such “opaque zones” [aka black-boxing] plays in contemporary political and social structures; how, for instance, the fact that users have only an opaque idea of the workings of social media, AI, and so on, is not a bug but a feature from the viewpoint of those who control platforms such as Google, Facebook, Amazon, Uber, etc.] Nevertheless, with such sociopolitical context added in, S’s vision has some resonance with thinkers like Bookchin or even Ruskin, who advocate a society whose technology is accessible to, and understood by, all members at large. Ruskin, however, would be susceptible to Simondon’s next argument, which is that
the confusion of technical realities with utensils is a cultural stereotype, founded on the normative notion of utility that is at once valorizing and devaluing. But this notion of utensil and of utility is inadequate to the effective and actual role of technical ensembles within the human world; it thus cannot be regulative in an effective way. (234-5)
S is here specifically arguing against Heidegger, but this also argues against Ruskin’s dream of a return to a day of independent artisans with their utensil-bound technical imagination, inadequate, per S, for the present and future of technical ensembles. The way for humans to learn how to understand technical ensembles is for them to experience, directly, certain situations:
In the same way one used to consider journeys as a means for acquiring culture, because they constituted a mode of placing man into a situation, one should also consider the technical experiences of being placed into a situation with respect to an ensemble, with effective responsibility, as having cultural value. To put it another way, every human being should to a certain extent take part in technical ensembles, that is, take on a responsibility, a definite task with respect to such an ensemble and be connected with a network of universal technics. Furthermore, individual man should not simply experience a single kind of technical ensemble, but rather a plurality of them, just as a traveler will have to encounter several peoples, and experience their mores.
Thus, a future philosophically-informed technical culture would encourage its members to experience a diversity of such situations. Interestingly, S then continues in a manner reminiscent of a famous passage from Marx:
However, this kind of experience must be conceived more as a way of experiencing the situating of each type of technics and ensemble of technics, than as an effort to participate in the condition of man in each of the technics: for in each technics there are technicians, unskilled laborers, workers, managers, and to the extent that conditions are strictly social, they can be rather analogous, at each level, in the different technics. It is the particular situating in the technical network that must be experienced, insofar as it places man in the presence of and within a series of actions and processes that he does not direct alone, but in which he participates. (235-6)
The resonant, oft-quoted passage from The German Ideology:
… in a communist society, where nobody has one exclusive sphere of activity, but each can become accomplished in any branch he wishes, society regulates the general production and thus makes it possible for me to do one thing today and another tomorrow, to hunt in the morning, fish in the afternoon, rear cattle in the evening, without ever becoming hunter, fisherman, shepherd or critic. (Marx 1978: 160)
Marx then continues, emphasizing why such a range of experience should resist the recreation of what he calls “partial identities:”
This fixation of social activity, this consolidation of what we ourselves produce into an objective power above us, growing out of our control, thwarting our expectations, bringing to naught our calculations, is one of the chief factors of historical development up till now. (ad loc.)
The mere idealism of Simondon’s warning to avoid falling into the limited, socially determined perspectives of “technicians, unskilled laborers, workers, managers,” and so on (cf. his similar argument back in the Introduction) can perhaps here be supplemented with something like Marx’s materialist account of how this involves overcoming exploitation and alienation (cf. the discussion of alienation in the summary of Part 2, Chapter 2). It is also worth noting that Simondon’s earlier argument privileging a particular social-scientific position of the “mechanologist” now appears to have dissolved into a more general argument for a sort of society in which individuals learn such a perspective through their regular course of experience; and in what sort of society would this be more likely, than one in which agency, access to, and responsibility for technical (etc.) organization was evenly distributed? [Daniel Colson, most notably, has found numerous resonances with anarchism in Simondon’s otherwise “largely apolitical” work (Colson 2019: 13).]
The philosopher/mechanologist retains an important role, which is similar to that of the artist in contemporary society:
The philosopher, comparable in this role to the artist, can help in raising awareness of the situation within the technical ensemble, by reflecting it within himself and by expressing it; but, again just as the artist, all he can do is be the one who solicits an intuition in others, once a definite sensitivity has been awakened and allows the grasping of the sense of a real experience. (236)
Again, this has to be more than what is possible today with art, which is, essentially, [aestheticizing]:
All the prestigious color photographs of sparks, of fumes, all the recordings of noise, sounds, or images, generally remain a use [exploitation] of technical reality and not a revelation of this reality. Technical reality must be thought, and even be known through participation in its schemas of action; aesthetic feeling can emerge, but only after this intervention of real intuition and participation and not as a fruit of a mere spectacle: every technical spectacle remains puerile and incomplete if it is not preceded by the integration into the technical ensemble.
“Intuition” and “participation” are among Simondon’s consistent offerings for how to get past the divisions he charts, between the technical and religious, the practical and theoretical, the inductive and the deductive, the a priori and the a posteriori. Religion, “being the paradigm of deductive thought” (240), is responsible for a division between Being (as primary) and Knowledge (as secondary), which has detrimentally influenced non-religious ways of thinking as well. [This may not be what he is referring to, but what springs to mind is the interminable 20th century epistemological debate, taking a form similar to: S can be said to “know” p if:
1: p is true.
2. S believes that p is true.
3. S has “valid reasons” for believing that p is true.
The subsequent debate then hinges over how precisely to word proposition 3 (and/or 4, etc.), without recognizing that propositions 1 and 2 have set up an insuperable Cartesian binary, namely that which Simondon is here criticizing.]
Besides the “participation” in situations which was discussed above, Simondon’s other important answer for how to get past these binaries is intuition, which he derives from Bergson. Intuition is distinct from both “idea” (inductive) and “concept” (deductive):
Now, it is not entirely correct to identify intuition with the idea; knowledge by way of intuition is a grasping of being that is neither a priori nor a posteriori, but contemporaneous with the existence of the being it grasps, and which is at the same level as this being; it is not a knowledge by way of the idea, for intuition is not already contained within the structure of the known being; it does not belong to that being; it is not a concept, since it has an internal unity that grants its autonomy and its singularity, preventing a genesis through accumulation; lastly, knowledge by way of intuition is really mediate in the sense that it does not grasp being in its absolute totality, like the idea, or on the basis of elements and by combination, like the concept, but rather grasps being at the level of domains constituting a structured ensemble.
Note that this also gets us past the limited perspectives focusing solely on element or totality. The new, philosophical intuition will follow on from, but surpass, the earlier stages of magical and aesthetic intuition (244). It will not grasp technical objects (and their users, ensembles, collectivities, etc.) as stable objects but genetically, in becoming. The essence will be going beyond previous, limited and divided ways of thinking, to grasp technicity through an understanding of concretization (thus establishing the importance of the rest of the book to this goal):
this conditioning of the technical object’s genesis are indeed effectively translated by a particular type of the technical object’s coming-into-being, what we have called the concretization of the technical object. The process of this concretization can be directly apprehended by the examination of a certain number of examples of technical objects. But the sense of this concretization, which is an inherence in the object of a technicity that is not entirely contained in it, can be understood only by philosophical thought following the genesis of the technical and non-technical modes of the relation between ... man and the world. Whence the use in this study of a genetic method applied first to technical objects and then to the study of the situation and role of technical thought in the whole [l'ensemble] of thought. (245-6)
Colson, Daniel (2019) A Little Philosophical Lexicon of Anarchism from Proudhon to Deleuze. Tr. by Jesse Cohn. Autonomedia, New York.
Combes, Muriel (2013) Gilbert Simondon and the Philosophy of the Transindividual. MIT Press, Cambridge, MA.
Marx, Karl (1978) “The German Ideology: Part I” in Robert C. Tucker, ed., The Marx-Engels Reader. New York: WW Norton.


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