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Integral World: Exploring Theories of Everything
An independent forum for a critical discussion of the integral philosophy of Ken Wilber
Don Salmon, a clinical psychologist and composer, received a grant from the Infinity Foundation to write a comprehensive study of yoga psychology based on the synthesis of the yoga tradition presented by 20th century Indian philosopher-sage Aurobindo Ghose. Jan Maslow, an educator and organizational consultant, has, with Dr. Salmon, given presentations, classes and workshops in the United States and India on this topic. Both have been studying yoga psychology for more than 25 years.
KEN WILBER'S
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THE EVOLUTION OF CONSCIOUSNESS OVER BILLIONS OF YEARS | ||||
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BASIC COGNITIVE FUNCTIONS | EVOLUTION OF AFFECTIVE/ VOLITIONAL FUNCTIONS | EVOLUTION OF COGNITIVE/ VOLITIONAL FUNCTIONS | ANIMALS IN WHOM THESE FUNCTIONS ARE FIRST ACTIVE | EXPERIENCED WORLD ASSOCIATED WITH THIS WAY OF KNOWING |
(3) and (4) Understanding and Volition | More complex emotions developing in tandem with the more complex cognitive functions | Enduring relationships, clearly defined social roles, complex communication, and flexible cultural traditions | Most intelligent primates and all humans | A "world" in the sense we think of it comes into being. This is the beginning of a 'story' that defines the emerging 'self' and 'world' |
Selective attention; associative 'thinking' using nonverbal concepts; complex planning and problem-solving; increased flexibility of behavior | The most intelligent mammals and all primates | World becomes progressively more solid, defined, and enduring | ||
Ability to construct complex mental maps; i.e., to recall and organize many details of one's experience and environment in the form of internal images | More complex birds and mammals | More complex relationships between perceived objects in the environment; the capacity to hold in mind past relationships gives greater solidity, definition, and endurance to the perceived world | ||
Complex knowing and problem-solving; greater ability to adapt; capacity to anticipate and plan; beginnings of cultural transmission | Birds and mammals | |||
(2) Perceiving | Impulse toward fight or flight, as well as the impulse for cooperation and collaboration | Object awareness: recognition of more complex stimuli by comparison with internal images; association learning | Amphibians and reptiles | Extremely limited groups of sensations combined into objects |
(1b) More Complex Sensing | Simple feeling awareness of a stimulus as pleasant or unpleasant (life-enhancing or threatening) | Crude recognition, simple (conditioned) learning, crude mental maps | Insects | Relationships between poorly defined classes of sensations |
(1a) Simple sensing | Barest registration of stimuli; awareness of vibration, heat, light | One-celled organisms | Formless vibrations |
"SEEING THE PUPPY": ILLUSTRATING THE UNFOLDING OF COGNITIVE/VOLITIONAL FUNCTIONS
In the process of awakening, after a first dim awareness of the body arises accompanied by a vague feeling state, the mind comes more actively into play. If we could zoom in on the few hundred milliseconds that follow, we would see a wide range of unfolding mental functions. This same unfolding of consciousness occurs in each moment. However, most of us have not refined our awareness to the point where we're able to discern all that happens in a few thousandths of a second. Perhaps by looking at a fairly mundane experience and examining it in slow motion, we might get a better sense of how this process unfolds.
Suppose you're walking down a street at dusk, thoughts passing through your mind in a somewhat random manner. Out of the corner of your eye, you catch a glimpse of something moving. You begin to make out a shape, but you're not sure what it is. As the amorphous shape becomes clearer, you see what you recognize to be a puppy—not any particular puppy, just "puppy." From the first glimpse of something moving to the realization, "It's a puppy" all happened within the space of a second or two.
Less than a second later, you recognize it as the puppy that belongs to the little girl who lives down the street. As you begin to think about the little girl and how happy she was several months ago when her parents gave her the puppy for her birthday, you pause. You notice the dark, rich blue of the sky, the clear air, and watch with a smile as the puppy dashes down the street toward her house. You observe that your mind has become quieter and your body feels more relaxed.
What's happening here in terms of the unfolding mind? There is first a simple undefined sensation (a glimpse of something moving), followed by a clearer non-verbal perception (you make out a shape). As the shape becomes clearer, there is a recognition (ah, it's a puppy), and then some further conceptual elaboration (the realization that the puppy belongs to the little girl down the street, she was so happy when she got it, etc). There is then a moment of self-awareness, a kind of stepping back from the situation, creating some open space in the mind (pausing to notice both the external environment and your internal state of mind and body).
[footnote in the original text: Describing this process purely in terms of mental components may sound quite dry. In actual experience, it is not possible to separate out the feeling aspect from the workings of the mind. Though we are now focusing in on mental functions, all aspects of consciousness are active in every moment. For example, in the scenario above, though only the functions of the mind were described, the [instinctive/emotional] consciousness was active as well—from an initial reaction to a potential threat, to more complex feelings of happiness associated with the memory of the little girl's love for her puppy.]
The emergence which occurred in the space of a few seconds—from the initial sensation, through conceptual elaboration, to self-awareness—is similar to what took place as the mental consciousness emerged over the course of evolutionary history. It began more than a billion years ago in one-celled organisms with the dim registration of an external stimulus, and developed into the complex capacities of social intelligence and self-awareness of which primates and humans are capable.
CHART #2: This is the same as the chart above, with an extra column added on the left, to help see the connection between way that consciousness emerges in each moment, as described above in "seeing the puppy", and the way that consciousness emerges over billions of years.
THE EVOLUTION OF CONSCIOUSNESS—OVER BILLIONS OF YEARS AND IN EACH MOMENT | |||||
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SEEING THE PUPPY | BASIC COGNITIVE FUNCTIONS | EVOLUTION OF AFFECTIVE/ VOLITIONAL FUNCTIONS | EVOLUTION OF COGNITIVE/ VOLITIONAL FUNCTIONS | ANIMALS IN WHOM THESE FUNCTIONS ARE FIRST ACTIVE | EXPERIENCED WORLD ASSOCIATED WITH THIS WAY OF KNOWING |
"a moment of self-awareness, a kind of stepping back from the situation" ("pausing to notice both the external environment and your internal state of mind and body) | (3) and (4) Understanding and Volition | More complex emotions developing in tandem with the more complex cognitive functions | Enduring relationships, clearly defined social roles, complex communication, and flexible cultural traditions | Most intelligent primates and all humans | A "world" comes into being. There is a 'story' defining the emerging 'self' and 'world' |
Selective attention; associative 'thinking' using nonverbal concepts; complex planning and problem-solving; increased flexibility of behavior | The most intelligent mammals and all primates | World becomes progressively more defined, and enduring | |||
"further conceptual elaboration" (the realization the puppy belongs to the little girl down the stress, she was so happy when she got it, etc.") | Ability to construct complex mental maps; i.e., to recall and organize many details of one's experience and environment in the form of internal images | More complex birds and mammals | More complex relationships between perceived objects in the environment; the capacity to hold in mind past relationships gives greater solidity, definition, and endurance to the perceived world | ||
Complex knowing and problem-solving; greater ability to adapt; capacity to anticipate and plan; beginnings of cultural transmission | Birds and mammals | ||||
"A clearer nonverbal perception" (you make out a shape) into objects | (2) Perceiving | Impulse toward fight or flight, as well as the impulse for cooperation and collaboration | Object awareness: recognition of more complex stimuli by comparison with internal images; association learning | Amphibians and reptiles | Extremely limited groups of sensations combined |
"Simple undefined sensation" ("a glimpse of something moving") | (1b) More Complex Sensing | Simple awareness of a stimulus as pleasant or unpleasant (life-enhancing or threatening) | Crude recognition, simple (conditioned) learning, crude mental maps | Insects | Relationships between poorly defined classes of sensations |
(1a) Simple sensing | Barest registration of stimuli; awareness of vibration, heat, light | One-celled organisms | Formless vibrations |
NOTES
[1]. [Journal of Consciousness Studies, 1998, Volume 5, issue: 5-6, pgs. 611-626). For an extensive discussion of the application of complexity and chaos theory to the evolution of consciousness, see Allan Combs' The Radiance of Being.
[2]. This comment was originally made by philosopher Daniel Dennett in reference to (what he sees as) the accidental arising of "laws of physics" but, I think, could be equally indicative of his outlook toward the idea of "purpose" or "progress" in evolution.
[3].This statement was accompanied by a footnote in the book: Unconscious', that is, from the perspective of the view from nowhere. As we explain in the book, the "view from nowhere"—a phrase coined by philosopher Thomas Nagel—is the view that the universe can be understood from a wholly objective perspective
[4]. A footnote was inserted in the book here: "We describe it here in a linear fashion but it actually takes place in as a series of overlapping strands."
When did consciousness first appear in the universe,
and how did it emerge in plants and animals over the course of evolution?