#complexdynamicalsystems — Public Fediverse posts

Attractors formed under the control of a shared constraint regime induced by analogous enabling constraints also illustrate that properties of coordination dynamics and their regulatory constraints carve out reality at different joints from those of folk psychology. Neither our ordinary intuitions nor our classical views of types and kinds would have gathered humans and artificial neural networks under one class. But neither would our ordinary intuitions have classified humans and tornadoes as alike (as dissipative structures).

Juarrero, Alicia. Context Changes Everything (pp. 221-222). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

Attractors formed under the control of a shared constraint regime induced by analogous enabling constraints also illustrate that properties of coordination dynamics and their regulatory constraints carve out reality at different joints from those of folk psychology. Neither our ordinary intuitions nor our classical views of types and kinds would have gathered humans and artificial neural networks under one class. But neither would our ordinary intuitions have classified humans and tornadoes as alike (as dissipative structures).

Juarrero, Alicia. Context Changes Everything (pp. 221-222). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

Attractors formed under the control of a shared constraint regime induced by analogous enabling constraints also illustrate that properties of coordination dynamics and their regulatory constraints carve out reality at different joints from those of folk psychology. Neither our ordinary intuitions nor our classical views of types and kinds would have gathered humans and artificial neural networks under one class. But neither would our ordinary intuitions have classified humans and tornadoes as alike (as dissipative structures).

Juarrero, Alicia. Context Changes Everything (pp. 221-222). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

Attractors formed under the control of a shared constraint regime induced by analogous enabling constraints also illustrate that properties of coordination dynamics and their regulatory constraints carve out reality at different joints from those of folk psychology. Neither our ordinary intuitions nor our classical views of types and kinds would have gathered humans and artificial neural networks under one class. But neither would our ordinary intuitions have classified humans and tornadoes as alike (as dissipative structures).

Juarrero, Alicia. Context Changes Everything (pp. 221-222). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

Attractors formed under the control of a shared constraint regime induced by analogous enabling constraints also illustrate that properties of coordination dynamics and their regulatory constraints carve out reality at different joints from those of folk psychology. Neither our ordinary intuitions nor our classical views of types and kinds would have gathered humans and artificial neural networks under one class. But neither would our ordinary intuitions have classified humans and tornadoes as alike (as dissipative structures).

Juarrero, Alicia. Context Changes Everything (pp. 221-222). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

Requiring that all real events and processes refer to universal laws that support prediction under all conditions rules out, from the outset, any effective role for context dependence. That is the framework of modern science and philosophy. [...]
It is a framework that works spectacularly well in many cases, such as with predicting the motion of two planetary bodies, for example. But there are cases, such as whirlpools and coupled pendulums, not to mention ecology, psychology, and other special sciences such as economics where it does not. In those fields, context changes everything.

Juarrero, Alicia. Context Changes Everything (p. 219). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

Requiring that all real events and processes refer to universal laws that support prediction under all conditions rules out, from the outset, any effective role for context dependence. That is the framework of modern science and philosophy. [...]
It is a framework that works spectacularly well in many cases, such as with predicting the motion of two planetary bodies, for example. But there are cases, such as whirlpools and coupled pendulums, not to mention ecology, psychology, and other special sciences such as economics where it does not. In those fields, context changes everything.

Juarrero, Alicia. Context Changes Everything (p. 219). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

Requiring that all real events and processes refer to universal laws that support prediction under all conditions rules out, from the outset, any effective role for context dependence. That is the framework of modern science and philosophy. [...]
It is a framework that works spectacularly well in many cases, such as with predicting the motion of two planetary bodies, for example. But there are cases, such as whirlpools and coupled pendulums, not to mention ecology, psychology, and other special sciences such as economics where it does not. In those fields, context changes everything.

Juarrero, Alicia. Context Changes Everything (p. 219). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

Requiring that all real events and processes refer to universal laws that support prediction under all conditions rules out, from the outset, any effective role for context dependence. That is the framework of modern science and philosophy. [...]
It is a framework that works spectacularly well in many cases, such as with predicting the motion of two planetary bodies, for example. But there are cases, such as whirlpools and coupled pendulums, not to mention ecology, psychology, and other special sciences such as economics where it does not. In those fields, context changes everything.

Juarrero, Alicia. Context Changes Everything (p. 219). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

Requiring that all real events and processes refer to universal laws that support prediction under all conditions rules out, from the outset, any effective role for context dependence. That is the framework of modern science and philosophy. [...]
It is a framework that works spectacularly well in many cases, such as with predicting the motion of two planetary bodies, for example. But there are cases, such as whirlpools and coupled pendulums, not to mention ecology, psychology, and other special sciences such as economics where it does not. In those fields, context changes everything.

Juarrero, Alicia. Context Changes Everything (p. 219). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

@ag3dvr @Gualtiero @DrYohanJohn @nadine_dijkstra @philipcball @PessoaBrain @heleenslagter @Anna_Ciaunica @manlius @anilkseth @macshine @profsimons @danieljamesyon @WiringtheBrain
I agree about the chess move. Chess is complex with a large but finite number of possibilities. What I referred to without being explicit is that when a human plays chess he uses his memory, not only about distinct moves or postitions, but also about the feel of a position, emotions about what is at stake, or about his oponent etc. And the later (emotions etc) are also context dependent.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

@ag3dvr @Gualtiero @DrYohanJohn @nadine_dijkstra @philipcball @PessoaBrain @heleenslagter @Anna_Ciaunica @manlius @anilkseth @macshine @profsimons @danieljamesyon @WiringtheBrain
I agree about the chess move. Chess is complex with a large but finite number of possibilities. What I referred to without being explicit is that when a human plays chess he uses his memory, not only about distinct moves or postitions, but also about the feel of a position, emotions about what is at stake, or about his oponent etc. And the later (emotions etc) are also context dependent.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

@ag3dvr @Gualtiero @DrYohanJohn @nadine_dijkstra @philipcball @PessoaBrain @heleenslagter @Anna_Ciaunica @manlius @anilkseth @macshine @profsimons @danieljamesyon @WiringtheBrain
I agree about the chess move. Chess is complex with a large but finite number of possibilities. What I referred to without being explicit is that when a human plays chess he uses his memory, not only about distinct moves or postitions, but also about the feel of a position, emotions about what is at stake, or about his oponent etc. And the later (emotions etc) are also context dependent.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

@ag3dvr @Gualtiero @DrYohanJohn @nadine_dijkstra @philipcball @PessoaBrain @heleenslagter @Anna_Ciaunica @manlius @anilkseth @macshine @profsimons @danieljamesyon @WiringtheBrain
I agree about the chess move. Chess is complex with a large but finite number of possibilities. What I referred to without being explicit is that when a human plays chess he uses his memory, not only about distinct moves or postitions, but also about the feel of a position, emotions about what is at stake, or about his oponent etc. And the later (emotions etc) are also context dependent.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

@ag3dvr @Gualtiero @DrYohanJohn @nadine_dijkstra @philipcball @PessoaBrain @heleenslagter @Anna_Ciaunica @manlius @anilkseth @macshine @profsimons @danieljamesyon @WiringtheBrain
I agree about the chess move. Chess is complex with a large but finite number of possibilities. What I referred to without being explicit is that when a human plays chess he uses his memory, not only about distinct moves or postitions, but also about the feel of a position, emotions about what is at stake, or about his oponent etc. And the later (emotions etc) are also context dependent.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

Different neural patterns can realize the same thought; the same neural pattern can subtend different emotions—depending on context. As noted earlier, persistence is grounded in the lack of one-to-one correspondence between changes in lower-level events and particular functions or properties. Plasticity, degeneracy, and pluripotency are typical of the relations between types and tokens.

Juarrero, Alicia. Context Changes Everything (p. 205). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

Different neural patterns can realize the same thought; the same neural pattern can subtend different emotions—depending on context. As noted earlier, persistence is grounded in the lack of one-to-one correspondence between changes in lower-level events and particular functions or properties. Plasticity, degeneracy, and pluripotency are typical of the relations between types and tokens.

Juarrero, Alicia. Context Changes Everything (p. 205). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

Different neural patterns can realize the same thought; the same neural pattern can subtend different emotions—depending on context. As noted earlier, persistence is grounded in the lack of one-to-one correspondence between changes in lower-level events and particular functions or properties. Plasticity, degeneracy, and pluripotency are typical of the relations between types and tokens.

Juarrero, Alicia. Context Changes Everything (p. 205). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

Different neural patterns can realize the same thought; the same neural pattern can subtend different emotions—depending on context. As noted earlier, persistence is grounded in the lack of one-to-one correspondence between changes in lower-level events and particular functions or properties. Plasticity, degeneracy, and pluripotency are typical of the relations between types and tokens.

Juarrero, Alicia. Context Changes Everything (p. 205). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

Different neural patterns can realize the same thought; the same neural pattern can subtend different emotions—depending on context. As noted earlier, persistence is grounded in the lack of one-to-one correspondence between changes in lower-level events and particular functions or properties. Plasticity, degeneracy, and pluripotency are typical of the relations between types and tokens.

Juarrero, Alicia. Context Changes Everything (p. 205). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

Phenotypes can vary, sometimes quite dramatically, depending on the context in which gene expression occurs. This provides evidence that realizations of a genome’s information content in a particular phenotype are not one to one.

Juarrero, Alicia. Context Changes Everything (p. 205). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

Phenotypes can vary, sometimes quite dramatically, depending on the context in which gene expression occurs. This provides evidence that realizations of a genome’s information content in a particular phenotype are not one to one.

Juarrero, Alicia. Context Changes Everything (p. 205). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

Phenotypes can vary, sometimes quite dramatically, depending on the context in which gene expression occurs. This provides evidence that realizations of a genome’s information content in a particular phenotype are not one to one.

Juarrero, Alicia. Context Changes Everything (p. 205). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

Phenotypes can vary, sometimes quite dramatically, depending on the context in which gene expression occurs. This provides evidence that realizations of a genome’s information content in a particular phenotype are not one to one.

Juarrero, Alicia. Context Changes Everything (p. 205). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

Phenotypes can vary, sometimes quite dramatically, depending on the context in which gene expression occurs. This provides evidence that realizations of a genome’s information content in a particular phenotype are not one to one.

Juarrero, Alicia. Context Changes Everything (p. 205). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

... the psychoneural identity theory (also called identity theory) [...] propos[ed] the reductionist thesis that mental events and processes are identical to—nothing but—brain events. U. T. Place’s (1970) seminal article was titled “Is Consciousness a Brain Process?”
An inadequate understanding of identity, informed by the standard understanding of causality as energetic transfer, was to plague the identity theory...

Juarrero, Alicia. Context Changes Everything (p. 197). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

... the psychoneural identity theory (also called identity theory) [...] propos[ed] the reductionist thesis that mental events and processes are identical to—nothing but—brain events. U. T. Place’s (1970) seminal article was titled “Is Consciousness a Brain Process?”
An inadequate understanding of identity, informed by the standard understanding of causality as energetic transfer, was to plague the identity theory...

Juarrero, Alicia. Context Changes Everything (p. 197). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

... the psychoneural identity theory (also called identity theory) [...] propos[ed] the reductionist thesis that mental events and processes are identical to—nothing but—brain events. U. T. Place’s (1970) seminal article was titled “Is Consciousness a Brain Process?”
An inadequate understanding of identity, informed by the standard understanding of causality as energetic transfer, was to plague the identity theory...

Juarrero, Alicia. Context Changes Everything (p. 197). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

... the psychoneural identity theory (also called identity theory) [...] propos[ed] the reductionist thesis that mental events and processes are identical to—nothing but—brain events. U. T. Place’s (1970) seminal article was titled “Is Consciousness a Brain Process?”
An inadequate understanding of identity, informed by the standard understanding of causality as energetic transfer, was to plague the identity theory...

Juarrero, Alicia. Context Changes Everything (p. 197). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

... the psychoneural identity theory (also called identity theory) [...] propos[ed] the reductionist thesis that mental events and processes are identical to—nothing but—brain events. U. T. Place’s (1970) seminal article was titled “Is Consciousness a Brain Process?”
An inadequate understanding of identity, informed by the standard understanding of causality as energetic transfer, was to plague the identity theory...

Juarrero, Alicia. Context Changes Everything (p. 197). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

Hierarchical structuralism is therefore a theory of differences, not similarities, much less averages. But modern science traffics in averages, bell-shaped curves, and eigenvalues. How does science handle qualitative distinctions or individuation, both of which depend on context?

Juarrero, Alicia. Context Changes Everything (p. 192). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

Hierarchical structuralism is therefore a theory of differences, not similarities, much less averages. But modern science traffics in averages, bell-shaped curves, and eigenvalues. How does science handle qualitative distinctions or individuation, both of which depend on context?

Juarrero, Alicia. Context Changes Everything (p. 192). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

Hierarchical structuralism is therefore a theory of differences, not similarities, much less averages. But modern science traffics in averages, bell-shaped curves, and eigenvalues. How does science handle qualitative distinctions or individuation, both of which depend on context?

Juarrero, Alicia. Context Changes Everything (p. 192). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

Hierarchical structuralism is therefore a theory of differences, not similarities, much less averages. But modern science traffics in averages, bell-shaped curves, and eigenvalues. How does science handle qualitative distinctions or individuation, both of which depend on context?

Juarrero, Alicia. Context Changes Everything (p. 192). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

Hierarchical structuralism is therefore a theory of differences, not similarities, much less averages. But modern science traffics in averages, bell-shaped curves, and eigenvalues. How does science handle qualitative distinctions or individuation, both of which depend on context?

Juarrero, Alicia. Context Changes Everything (p. 192). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

Examples from oncology are illustrative. Normal cells that start to replicate too fast soon die without nourishment. However, malfunctioning governing constraints on normal blood vessel formation and maintenance might result in the runaway cell becoming vascularized. When this happens, the cell’s self-assertive traits can slip the control of its embedding organ. Cancer ensues. Stopping vascularization to such tumors has been shown to resolve the problem as definitively as radiation intervention (an energetic intervention that kills those cells outright). The manner of resolution of the two is different, however. Radiation therapy destroys cells with intense energy, a mechanical force intervention. Cutting off blood supply to the cells, on the other hand, does so by removing an enabling constraint.

Juarrero, Alicia. Context Changes Everything (p. 190). MIT Press. Kindle Edition.
#Oncology #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

Examples from oncology are illustrative. Normal cells that start to replicate too fast soon die without nourishment. However, malfunctioning governing constraints on normal blood vessel formation and maintenance might result in the runaway cell becoming vascularized. When this happens, the cell’s self-assertive traits can slip the control of its embedding organ. Cancer ensues. Stopping vascularization to such tumors has been shown to resolve the problem as definitively as radiation intervention (an energetic intervention that kills those cells outright). The manner of resolution of the two is different, however. Radiation therapy destroys cells with intense energy, a mechanical force intervention. Cutting off blood supply to the cells, on the other hand, does so by removing an enabling constraint.

Juarrero, Alicia. Context Changes Everything (p. 190). MIT Press. Kindle Edition.
#Oncology #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

Examples from oncology are illustrative. Normal cells that start to replicate too fast soon die without nourishment. However, malfunctioning governing constraints on normal blood vessel formation and maintenance might result in the runaway cell becoming vascularized. When this happens, the cell’s self-assertive traits can slip the control of its embedding organ. Cancer ensues. Stopping vascularization to such tumors has been shown to resolve the problem as definitively as radiation intervention (an energetic intervention that kills those cells outright). The manner of resolution of the two is different, however. Radiation therapy destroys cells with intense energy, a mechanical force intervention. Cutting off blood supply to the cells, on the other hand, does so by removing an enabling constraint.

Juarrero, Alicia. Context Changes Everything (p. 190). MIT Press. Kindle Edition.
#Oncology #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

Examples from oncology are illustrative. Normal cells that start to replicate too fast soon die without nourishment. However, malfunctioning governing constraints on normal blood vessel formation and maintenance might result in the runaway cell becoming vascularized. When this happens, the cell’s self-assertive traits can slip the control of its embedding organ. Cancer ensues. Stopping vascularization to such tumors has been shown to resolve the problem as definitively as radiation intervention (an energetic intervention that kills those cells outright). The manner of resolution of the two is different, however. Radiation therapy destroys cells with intense energy, a mechanical force intervention. Cutting off blood supply to the cells, on the other hand, does so by removing an enabling constraint.

Juarrero, Alicia. Context Changes Everything (p. 190). MIT Press. Kindle Edition.
#Oncology #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

Examples from oncology are illustrative. Normal cells that start to replicate too fast soon die without nourishment. However, malfunctioning governing constraints on normal blood vessel formation and maintenance might result in the runaway cell becoming vascularized. When this happens, the cell’s self-assertive traits can slip the control of its embedding organ. Cancer ensues. Stopping vascularization to such tumors has been shown to resolve the problem as definitively as radiation intervention (an energetic intervention that kills those cells outright). The manner of resolution of the two is different, however. Radiation therapy destroys cells with intense energy, a mechanical force intervention. Cutting off blood supply to the cells, on the other hand, does so by removing an enabling constraint.

Juarrero, Alicia. Context Changes Everything (p. 190). MIT Press. Kindle Edition.
#Oncology #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

In this manner, teleonomy and teleology get built into constraint regimes thanks to enabling and constitutive constraints.

Juarrero, Alicia. Context Changes Everything (p. 167). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

In this manner, teleonomy and teleology get built into constraint regimes thanks to enabling and constitutive constraints.

Juarrero, Alicia. Context Changes Everything (p. 167). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

In this manner, teleonomy and teleology get built into constraint regimes thanks to enabling and constitutive constraints.

Juarrero, Alicia. Context Changes Everything (p. 167). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

In this manner, teleonomy and teleology get built into constraint regimes thanks to enabling and constitutive constraints.

Juarrero, Alicia. Context Changes Everything (p. 167). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

In this manner, teleonomy and teleology get built into constraint regimes thanks to enabling and constitutive constraints.

Juarrero, Alicia. Context Changes Everything (p. 167). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

It is reasonable to hypothesize, therefore, that from Many-to-One transitions to continuous type-level properties there evolved in living things a new form of selection and behavioral control that is implemented with direct reference to qualitative feels and phenomenal awareness.

Juarrero, Alicia. Context Changes Everything (p. 165). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

It is reasonable to hypothesize, therefore, that from Many-to-One transitions to continuous type-level properties there evolved in living things a new form of selection and behavioral control that is implemented with direct reference to qualitative feels and phenomenal awareness.

Juarrero, Alicia. Context Changes Everything (p. 165). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

It is reasonable to hypothesize, therefore, that from Many-to-One transitions to continuous type-level properties there evolved in living things a new form of selection and behavioral control that is implemented with direct reference to qualitative feels and phenomenal awareness.

Juarrero, Alicia. Context Changes Everything (p. 165). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

It is reasonable to hypothesize, therefore, that from Many-to-One transitions to continuous type-level properties there evolved in living things a new form of selection and behavioral control that is implemented with direct reference to qualitative feels and phenomenal awareness.

Juarrero, Alicia. Context Changes Everything (p. 165). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality

It is reasonable to hypothesize, therefore, that from Many-to-One transitions to continuous type-level properties there evolved in living things a new form of selection and behavioral control that is implemented with direct reference to qualitative feels and phenomenal awareness.

Juarrero, Alicia. Context Changes Everything (p. 165). MIT Press. Kindle Edition.
#Neuroscience #ComplexDynamicalSystems #Complexity #FinalCause #CircularCausality