I suspect there is a misconception that system 1 (intuitive) is mapped to the right brain and system 2 (deliberate) is mapped to the left brain.
The left brain is livewired to be competent in sequential thought while the right brain is livewired to be competent in parallel thought. One is egocentric and the other is allocentric. One is symbolic and the other is empathic.
One is reductionist and the other is holistic. One is noun-centric and the other is verb-centric. One emphasizes individuality and the other the collective. We can make many analogies about the dichotomy between the two hemispheres of the brain.
However, the analogy that system 1 resides in the left brain and system 2 on the right is incorrect. Both systems are system 1. System 2 is just a reflective instantiation of system 1. The brain always employs parallel mechanisms for its processing.
Any notion of sequential circuitry is an illusion. It is a similar illusion that we describe as consciousness.
We however do not lose our consciousness when our left brain is damaged. Indeed we are incapacitated in our ability to perform sequential action or understand language, but we do remain conscious.
Consciousness like system 2 implies the capability of being reflective of one's thoughts. The kind of reflectiveness in the right hemisphere is of the allocentric kind. The kind that is in the third person.
One can argue that Robert Kegan's model for adult development cannot happen without the reflectiveness of the right hemisphere. Adult development is a consequence of the egocentric-self expanding itself towards the allocentric-self.
The two hemispheres are livewired for different concerns. The fluidity of human thought is a consequence of the the interplay of these two. We would not be able to solve Bongard problems without the interaction of these two hemispheres.
A Bongard problem is a rule finding game. The objective is to find the one consistent rule that is self-consistent for the graphics on the left and the right. Furthermore, the left rule is the anti-thesis of the right rule.
The left hemisphere will be very good at identifying patterns. Unfortunately, it will be incapable of find alternative patterns. It requires the right hemisphere to perform a search for alternatives.
Our system 2 reflective and deliberative process kicks in when we are validating our solutions.
But analogous to AlphaZero that makes system 1 judgments about policy and value, the interplay between the left and right hemispheres makes judgements about patterns and alternative patterns.
That is conceptual wholes and conceptual distinctions. That is symmetry and symmetry breakings.
Does anyone ever become conscious of how they know how to ride a bicycle? Have you ever tried explaining to a child how to ride a bicycle? The child learns when they overcome their fear rather than understanding your explanation.
We understand how to ride a bike becoming familiar with the interaction. Although a bike is an unnatural thing with wheels, we are still able to mentally make it an extension of our bodies.
We are never really conscious of how we are able to do many things we do in life. If we did, then we could easily specify the rules for a robot to do the same thing. But we don't know how we do things.
Daniel Dennett describes symmetry breaking using the neologism 'strange inversion of reasoning'. He describes theories from Darwin, Turing and Hume as examples of these.
Competence without comprehension is shared by Darwin and Turing's theories. Hume argues that habitual anticipation is how humans recognize causality. Habits lead to competence. Comprehension is an illusion.
Intuition involves the unconscious. It is below our conscious awareness. It is unknown for the conscious, but known for the unconscious. It is the unknown known.
Damasio in his book 'The Strange Order of Things' argues that the core of condition lies in homeostasis. I agree with this generalization. But let me work out in a tweet storm how consciousness relates to homeostasis.
Human consciousness is related to awareness of surprising or threatening observations. It's an error-correcting mechanism that lends attention to discrepancies of our expectations of the world.
The mind is composed of many layers of cognition. Also, its massive parallelism implies reducing the conditional checks required for error correction.
What can we learn from $GME about investing. The key take away that the trade that can set you up for life can be found with good research and positioning months before the actual event.
It mirrors the Big Short movie where several researchers came to the same conclusion. Coincidentally, Michael Burry was involved in both trades.
But it's conceptually the same thing. A lot of institutional investors crowding together on the wrong side of a trade. In the Big Short it was emergent risk created by the housing bubble. For GME it was the excessive bets against a company far from bankruptcy.
We have to first admit that Americans have their own unique culture. Individualism, distrust of authority, pragmatism, not knowing how to do nothing, verbal orientation, etc. combine to create a kind of personality that perhaps creates a natural inhibition for 'real talk'.
Facebook epitomizes and maginfies this personality for all to see. What is seen in FB are the lives of the idealized self of its users. It shows only a world of perfection. An image of oneself that self-actualization is reached by doing more stuff than anyone else.