Autonomic Nervous System v/s Consciousness
Humans are hard-wired to take some actions through their Autonomic nervous system. Automated responses are out of direct conscious control like changes in the rate of digestion, breathing rate, and heartbeat rate. These are also known as somatic responses. An autonomic nervous system can be supposed to as analogous to a seesaw. The way a seesaw has two extremes, the autonomic nervous system also has two ends alertness and calmness. Alertness is the sympathetic nervous system whereas calmness is the parasympathetic nervous system. When a human is triggered by a stimulus (a stimulus resulting in stimulation of the autonomic nervous system) it results in the development of action through the hard-wired signals in the brain. The parts of the brain involved in performing these actions are the prefrontal cortex, insula, hippocampus, amygdala, hypothalamus, and limbic system. In such cases, your insula and others serve as centres for memory and experience and send signals to the prefrontal cortex to provide alternates of behaving in that situation. At the same time, a parallel response also works as we take time to respond, the Vagus nerve sends signals to the heart to decrease the rate and trigger calmness. The prefrontal cortex lets you generate your alternate self in a given situation and allows you to change your hard-wired rules. This is a cognitive approach whereas, in patients with anxiety, this process happens upside down so the patient is not able to come up with alternate behavioural patterns and performs according to hard-wired brain mechanisms. Through one's consciousness, we enable ourselves to get out of the hard-wired mechanism and develop our alternate selves through our memory and experience.
Difference between precision and consciousness.
You all have watched movies where villains have trained, expert soldiers who never miss a shot, do not care about the alternate self in a situation and are just hard-wired precise. This can be done, Shutting down the prefrontal cortex transiently leads to the development of precision and accuracy in humans and everything becomes a stimulus in such cases. So, if you train a human to perform into triggering stimulus and shut down their prefrontal cortex, they become inhumanly accurate or MACHINES.
What causes a miss? Your thinking ability to generate alternate sets of rules. For example, if you are gonna shoot someone and they start screaming, then you will start imagining your alternate self who does not want to shoot him. Shutting down the prefrontal cortex results in the loss of that ability. Humans are made not to be 100% accurate through their cognitive behaviour.
Breaking down into the mindset of powerful people like David Goggins.
Humans are meant to evolve beyond their subconsciousness or somatic responses. For example, when you try to do something by resisting and fighting your inner self (let's say waking up at 4 am in the morning), you have to fight and resist the part of your brain called the limbic system that tells you that you are tired. Going beyond your somatic responses by suppressing them lets you acknowledge how you'd benefit after completing your task or how terrible you'd feel if you won't. This is when you let yourself evolve beyond your automated responses to pursue your goals and take action. This is not directly an inhibitory response, it is your mechanism to generate an alternate self and replace your hard-wired subconsciousness with a new one through your experience and imagination.
Concept of fear, panic, emotions, and confrontation?
When you fear something, you have two ways to express your actions and they are basically referred to as Fight or Flight also referred to as Back up or Move forward.
When you fear something there are three responses; 1. Pause or freeze which is the lowest anxiety response but we mostly confuse it with the highest autonomic arousal, 2. Retreat or back up which is the next level of anxiety response, 3. Leaning and confrontation which leads to the highest autonomic arousal or anxiety response.
Fear leads to activation of the brain areas and the confrontation of your fears allows you to go beyond them and results in the formation of new networks in the brain. Let's understand by an example. Let's say you have a fear of heights. So, exposure to that fear will lead to activation of those brain areas asking you to fight or flight. You then choose to fight through your cognitive behaviour (your cognitive mind telling you that nothing is as fearful as it seems in your mind) and dive into your fear. In fight response, you will end up having a new experience which eventually will prove the fact that nothing is as fearful as it seems in your mind. This new experience will lead to the release of dopamine as the brain parts involved in this response work closely with the dopaminergic parts of your brain. The prefrontal cortex is also a part of the dopaminergic reward system. When dopamine is released, it goes back to the parts of the brain involved in that response and enhances the connection between your brain in the same order they occurred to take that fight action. When you are exposed to the same kind of fear next time, your mind has an experience and it works along with the prefrontal cortex to come up with alternate selves that are capable beyond your past self.
This is the way you can go beyond your fears to form new connections in your brain and use your dopaminergic response to confront your fears rather than flight. Dopamine does not provide you satiation, it drives you forward through a reward system leading to positive responses. At higher levels, dopamine is not "having", it's "wanting". It is not "pleasure", it is "craving, motivation, and drive". The prefrontal cortex is also a part of the dopaminergic reward system.
I can relate a lot to this, I have been a coward myself, fearing a lot of things, and avoiding doing them because I presume situations in my head about what is going to happen if I confront my fear. It has been my most significant trouble ever. Now, I still presume situations but I rather go and confront my fear. And trust me, you are luckier than you think you are, you can overcome your fear by confronting it, and the results become experience and memory for your brain. This is the evolution of your brain beyond your measured capability.
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