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Bitbol’s Radical Neurophenomenology

Philosopher of science and phenomenologist Michel Bitbol promotes a “radical neurophenomenology” in which a “tangled dialectic of body and consciousness” is the “metaphysical counterpart” and whose goal is to advance Varela's neurophenomenology project of criticizing and dissolving the “hard problem” of consciousness.

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Michel Bitbol

Philosopher

Michel Bitbol is a French philosopher of science, Emeritus Directeur de recherche at CNRS, affiliated with the Archives Husserl (École Normale Supérieure), known for his work on quantum physics, consciousness, neurophenomenology, and Buddhist philosophy.

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Key Takeaways

  • Core Claim

    Consciousness can't be explained objectively because it is the condition for all explanation.

  • How It Works

    Dissolves the “hard problem” by shifting focus from explanation to transformation of lived experience.

  • Distinguishing Idea

    Consciousness and objectivity co-emerge; neither has metaphysical priority over the other.

  • Challenges & Tensions

    Demands researchers abandon neutrality and engage in existential self-inquiry.

  • Implications

    Reframes science as rooted in experience, aligning neurophenomenology with quantum participatory realism.

Bitbol’s Radical Neurophenomenology

Philosopher of science and phenomenologist Michel Bitbol promotes a “radical neurophenomenology” in which a “tangled dialectic of body and consciousness” is the “metaphysical counterpart” and whose goal is to advance Varela's neurophenomenology project of criticizing and dissolving the “hard problem” of consciousness (Bitbol, 2021a).

Bitbol claims that the neurophenomenological approach to the “hard problem” is underrated and often misunderstood; indeed, “in its original version, neurophenomenology implies nothing less than a change in our own being to dispel the mere sense that there is a problem to be theoretically solved or dissolved. Neurophenomenology thus turns out to be much more radical than the enactivist kinds of dissolution” (Bitbol and Antonova, 2016).

Dissolving the Hard Problem

Did Varela himself have a theory to solve the hard problem? No, Varela declared (in Bitbol's report) “only a ‘remedy”—the point being that “there exists a stance (let's call it the Varelian stance) in which the problem of the physical origin of primary consciousness, or pure experience, does not even arise.”

The implications, according to Bitbol, are that “the nature of the ‘hard problem’ of consciousness is changed from an intellectual puzzle to an existential option.” The “constructivist content,” he says, is that “The role of ontological prejudice about what the world is made of (a prejudice that determines the very form of the ‘hard problem’ as the issue of the origin of consciousness out of a pre-existing material organization) is downplayed” (Bitbol, 2012).

Bitbol blames “the standard (physicalist) formulation of this problem” for both generating it and turning it into “a fake mystery.” But he recognizes that dissolving the hard problem is very demanding for researchers, because “it invites them to leave their position of neutral observers/thinkers, and to seek self-transformation instead.” Bitbol's approach “leaves no room for the ‘hard problem’ in the field of discourse, and rather deflects it onto the plane of attitudes.” This runs the risk, he says, of “being either ignored or considered as a dodge” (Bitbol, 2021a).

Radical Methodology

Bitbol's method is “a metaphysical compensation for the anti-metaphysical premise of the neurophenomenological dissolution of the ‘hard problem.’” This can be achieved, he says, by designing this alternative metaphysics “to keep the benefit of a shift from discourse to ways of being, which is “the latent message of neurophenomenology” (Bitbol, 2021a).

In its most radical version, “neurophenomenology asks researchers to suspend the quest of an objective solution to the problem of the origin of subjectivity, and clarify instead how objectification can be obtained out of the coordination of subjective experiences. It therefore invites researchers to develop their inquiry about subjective experience with the same determination as their objective inquiry.”

Bitbol proposes a methodology to explore lived experience faithfully (via microphenomenological interviews retrieving or “evoking past experiences”) and thereby “addresses a set of traditional objections against introspection” (Bitbol and Petitmengin, 2017).

Phenomenology over Neuroscience

Bitbol gives neuroscience no privilege, priority or pride of place. “The effective primacy of lived experience should be given such prominence that every other aspect, content, achievement, distortion, and physicalist account of consciousness, is made conditional upon it.”

From a (radical) phenomenological standpoint, he says, “one must not mistake objectivity for reality. Reality is what is given and manifest, whereas objectivity is what is constituted by extracting structural invariants from the given experience. Along with this phenomenological approach, an objective science is not supposed to disclose reality as it is beyond appearances, but only to circumscribe some intersubjectively recognized features of the appearing reality.”

Having said that, Bitbol stresses that “neuroscientific data should not be granted a higher ontological status than phenomenological descriptions; they should not be given the power to render a compelling verdict about what is real and what is deceptive in our experience.” Thus, he sums up: “from a phenomenological standpoint, the neuro-phenomenological correlation is plainly perceived as an extension of the lived sense of embodiment, not as a sign that some naturalistic one-directional ‘fundamental dependence’ of consciousness on the bodily brain is taking place” (Bitbol, 2015).

Body, Consciousness, and Quantum Physics

Bitbol's affirmative solution is to formulate a “dynamical and participatory conception of the relation between body and consciousness … with no concession to standard positions such as physicalist monism and property dualism.” Bitbol's conception is based on Varela's formalism of “cybernetic dialectic,” “a geometrical model of self-production,” and it is “in close agreement with Merleau-Ponty's ‘intra-ontology’: an engaged ontological approach of what it is like to be, rather than a discipline of the contemplation of beings” (Bitbol, 2021a).

Bitbol's approach to quantum physics complements his “radical phenomenology,” such that quantum mechanics becomes more a "symbolism of atomic measurements,” rather than “a description of atomic objects.” He supports the notion that “quantum laws do not express the nature of physical objects, but only the bounds of experimental information.”

Similarly, Bitbol supports QBism, where the wave function's probabilities are said to be, shockingly (to me), Bayesian probabilities, which means they relate to prior subjective degrees of belief about the system, paralleling some ideas in phenomenology (Bitbol, 2023).

Bitbol calls out “three features of such non-interpretational, non-committal approaches to quantum physics” that “strongly evoke the phenomenological epistemology.” These are: “their deliberately first-person stance; their suspension of judgment about a presumably external domain of objects, and subsequent redirection of attention towards the activity of constituting these objects; their perception-like conception of quantum knowledge.”

Moreover, Bitbol claims that these new approaches of quantum physics go beyond phenomenological epistemology and “also make implicit use of a phenomenological ontology.” He cites Chris Fuchs's “participatory realism” that “formulates a non-external variety of realism for one who is deeply immersed in reality,” adding, “but participatory realism strongly resembles Merleau-Ponty's endo-ontology, which is a phenomenological ontology for one who deeply participates in Being” (Bitbol, 2020; Gefter, 2015).

QBist theorists assert that “quantum states are ‘expectations about experiences of pointer readings,’” rather than expectations about pointer positions. Their focus on lived experience, not just on macroscopic variables, is tantamount to performing the transcendental reduction instead of stopping at the relatively superficial layer of the life-world reduction.”

Bitbol believes that “quantum physics indeed gives us several reasons to go the whole way down to the deepest variety of phenomenological reduction … not only reduction to experience, or to ‘pure consciousness,’ but also reduction to the ‘living present’” (Bitbol, 2021b).

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References

Bitbol, 2012Michel Bitbol
Neurophenomenology, an ongoing practice of/in consciousness
Construct. Foundations, 7 (3), pp. 165-173
Bitbol, 2015Michel Bitbol
Review of waking, dreaming, being: Self and Consciousness in neuroscience, meditation, and philosophy by evan Thompson
J. Mind Behav., Winter Spring 2015, 36 (1/2),pp. 101-111
https://www.jstor.org/stable/43854365
Bitbol & Antonova, 2016Michel Bitbol, E. Antonova
On the too often overlooked radicality of neurophenomenology
Construct. Foundations, 11 (2),pp. 354-356
Bitbol & Petitmengin, 2017Michel Bitbol, Claire Petitmengin
Neurophenomenology and the micro‐phenomenological interview
Susan Schneider, Max Velmans (Eds.), The Blackwell Companion to Consciousness, Wiley
Bitbol, 2020Michel Bitbol
A phenomenological ontology for physics: Merleau-ponty and qbism
H. Wiltsche, P. Berghofer (Eds.), Phenomenological Approaches to Physics
Bitbol, 2021Michel Bitbol
Is the life-world reduction sufficient in quantum physics?
Continent. Philos. Rev. (4), pp. 1-18
Bitbol, 2021aMichel Bitbol
The tangled dialectic of body and consciousness: a metaphysical counterpart of radical neurophenomenology
Construct. Foundations, 16, pp. 141-151
Gefter, 2015Amanda Gefter
Wikipedia, 2023Wikipedia

References

Bitbol, 2021
Michel Bitbol
Is the life-world reduction sufficient in quantum physics?
2021
Continent. Philos. Rev. (4), pp. 1-18

Bitbol, 2017
Michel Bitbol, Claire Petitmengin
Neurophenomenology and the micro‐phenomenological interview
2017
Susan Schneider, Max Velmans (Eds.), The Blackwell Companion to Consciousness, Wiley

Gefter, 2015
Amanda Gefter
A private view of quantum reality
2015
Quanta Magazine
Google Scholar

Bitbol, 2012
Michel Bitbol
Neurophenomenology, an ongoing practice of/in consciousness
2012
Construct. Foundations, 7 (3), pp. 165-173

Bitbol, 2020
Michel Bitbol
A phenomenological ontology for physics: Merleau-ponty and qbism
2020
H. Wiltsche, P. Berghofer (Eds.), Phenomenological Approaches to Physics

Wikipedia, 2023
Wikipedia
Michel Bitbol
2023
Wikipedia, the free Encyclopedia
Google Scholar

Bitbol, 2021
Michel Bitbol
The tangled dialectic of body and consciousness: a metaphysical counterpart of radical neurophenomenology
2021 a
Construct. Foundations, 16, pp. 141-151

Bitbol, 2016
Michel Bitbol, E. Antonova
On the too often overlooked radicality of neurophenomenology
2016
Construct. Foundations, 11 (2),pp. 354-356

Bitbol, 2015
Michel Bitbol
Review of waking, dreaming, being: Self and Consciousness in neuroscience, meditation, and philosophy by evan Thompson
2015
J. Mind Behav., Winter Spring 2015, 36 (1/2),pp. 101-111
Google Scholar