Reading DISPARITIES (11): quantum deconstruction and formal causality

In my previous post I am basically reporting, but also reconstructing, Zizek’s position.

As I report, Zizek does not reply explicitly to Johnston’s feasibility objection, but on my reconstruction there is an answer to be found in the text. Johnston argues that Zizek’s use of quantum mechanics to explain the emergence of free subjectivity starts at a level that is too far from the phenomenon that it is trying to explain and would require a long series of “bridge” theories before getting to the level of the human subject. It is thus more economical to begin with biology and brain science, which occupy levels just adjacent to the human subject, and which equally premise an ontological incompleteness of nature.

The feasibility objection depends on what I call “the argument from distance”, which itself depends on the stratification of levels of emergence (or of reduction, depending on which direction you take, up or down the levels). This is what has been called the “layer cake” model of explanation and reduction.

Zizek’s idea is that on the layer cake model the quantum level is “distant” from the human level, with many other intervening levels, but that from a formal view they are quite close. This means that for him the layer cake model is not always the best or most useful way to envisage the relation between different ontic domains.

The quantum model, for Zizek, deconstructs the stratification of levels:

here quantum physics enters: what makes it so ‘spooky’ is not its radical heterogeneity with regard to our common sense, but rather its uncanny resemblance to what we consider specifically human – here, effectively, one is tempted to say that quantum physics ‘deconstructs’ the standard binary opposition of nature and culture.

Zizek gives primacy to the quantum model not because it is the most fundamental level following the the descending line of reductions and of efficient causality, but because it is the most “deconstructed” model, and thus formally closer to human subjectivity. The sort of causality that Zizek is emphasising here is a formal causality, where the “highest” (or most distant) abstractions are inscribed in the real itself. In other words, Zizek is arguing for a realist interpretation of quantum concepts.

This formal analogy between quantum physics and subjectivity means that the formal causality is operative not only at the “base” or sub-microscopic level but equally at every succeeding level. Real emergence from one level to another, that cannot be explained by reduction to lower levels, is only possible because of the ontological incompleteness that is best described by quantum mechanics (at the present moment).

Zizek does not fetishise quantum mechanics the way Laruelle does. He remarks that the question of which theory best describes the transition from the paradoxical incomplete “proto-reality” to constituted manifest reality is an empirical question:

Therein resides the strength of decoherence theory: it endeavours to articulate the purely immanent way a quantum process engenders the mechanism of its ‘observation’ (registration). Does it succeed? It is up to the science itself to provide an answer.

This entry was posted in Uncategorized. Bookmark the permalink.

2 Responses to Reading DISPARITIES (11): quantum deconstruction and formal causality

  1. sokole says:

    What is also of particular importance is to read in conjunction that we are always already immersed into language, and we cannot go behind it and observe the “proto-reality” as it is in itself, precisely because we are speaking already from the language point of view (and in quantum theory it is mathematical formalization that is quintesential).
    And to read this ‘decoherece’ etc. is to read in simmilar vain as contradictions/splits//disturbance/break which renders possible subjectivity as an effect which retroactively posits its own pressuppositions, but which cannot go behind….
    That is why Žižek is far more sympathetic to quantum physics and its formalizations then biology, precisely because in biological and brain sciences it tries to explain human behind language (as it never existed), but quantum theory is aware that it cannot get behind the mathematical formalizations which is constitutive of observations as such.
    To read and understand Žižek’s theory of quantum physics is to read it in conjunction with Karen Barad’s book Meeting the universe halfway! / credentials can be used


  2. schr4coxnet says:

    the implication of “spooky” quantum entanglement is that not local properties (eg, spin) account for the phenomenon, but are related to the system itself. the analogy itself is of human subjectivity to quanta, which is more in line with poetry.


Leave a Reply

Fill in your details below or click an icon to log in: Logo

You are commenting using your account. Log Out / Change )

Twitter picture

You are commenting using your Twitter account. Log Out / Change )

Facebook photo

You are commenting using your Facebook account. Log Out / Change )

Google+ photo

You are commenting using your Google+ account. Log Out / Change )

Connecting to %s