THE NEURO PILL — The Underrated Perks of being a High-IQ / Neurodivergent individual [PART 1]

iblamealek

iblamealek

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THE NEURO PILL
this thread was made with knowledge taken from Wikipedia, different forums, some Reddit users experience & chat gpt
(Made by Iblamealek)

1. The Usual Narrative

When others talk of individuals with high IQ or neurodivergent ones (autism, ADHD, schizoid personality, etc.), the discussion goes nearly unavoidably in the negative direction: social isolation, communication problems, hyper-reflexivity, and increased vulnerability to anxiety or depression. While these are certainly legitimate issues, this portrayal is incomplete. Cognitive psychology and neuroscience continually prove that the very same qualities so universally recognized as liabilities — sensitivity to stimuli, intensified emotional reaction, or a tendency toward tenacious analysis — are likewise tightly entwined with unique cognitive and creative abilities which more "neurotypical" brains so rarely achieve.

Scientifically, neurodivergence should and can be understood not as a "deficit" per se, but as a variation of cognition. Being any variation, it entails trade-offs: reduced facility of adjustment in normalized environments, but enhanced capacity to shine where higher-level thinking, mental resilience, and creativeness are called for. In other words, what is a bane within the social realm tends to become an adaptive asset within the intellectual or creative realm.



2. Pattern Recognition as a Superpower


One of the most consistently reported advantages of high cognitive ability and certain neurodivergent patterns is a greater facility at pattern detection — the ability to see underlying structure, regularities, or causal relations between seemingly unrelated inputs. From a neuroscientific perspective, this equates to greater integration in associative cortices and greater connectivity between default mode and executive control networks, which allows divergent and convergent processing to operate in parallel.

This skill is manifested in many ways: in intellectual disciplines (rapidly detecting mathematical or logical patterns), in the arts (perceiving aesthetic or symbolic analogies), and even in human interaction (perceiving subtext, dynamics, or underlying power structures not perceived by others). Importantly, pattern recognition is not limited to cognizance — many equate it with an almost subconscious "clicking into place" in which a resolution or fit feels complete even before conscious logic has time to catch up.

The evolutionary advantage of a trait like that is self-evident: animals that notice concealed patterns (weather, predator behavior, food location) have historically lived on in higher concentrations. Now, the same skill guarantees out-of-proportion success in mathematics, music, chess, abstract science, and systems-level problem solving. Life itself begins to appear less a random sequence of events and more a multi-level code — one in which the high-IQ or neurodivergent mind is particularly suited to read.


3. The Self-Teaching Cheat Code


One of the markers of high intellect and some neurodivergent types is autodidactic expertise — being able to learn complex skills or bodies of information without formal instruction. Cognitive science research suggests that people with high working memory, more attentional control, and improved abstract reasoning are most skilled at constructing internal models of learning. Instead of receptively absorbing information, they reconstitute input actively into frameworks, test these frameworks against reality, and refine them in a cycle of iteration. This is akin to the scientific process, but done subconsciously and at high speed.

For individuals who have traits like hyperfocus (common in ADHD) or perseveration (generally common in autism), this learning process can become exponentially accelerated, since focus narrows onto the target zone with abnormally stubborn tenacity. While the neurotypical may need extrinsic motivation, programmed environments, or linear instructions, the neurodivergent learner is able to brute-force proficiency through sheer saturation, driven by obsession or inquiry. More precisely, it's not memorization by rote — it's structural assimilation, where the inherent scaffolding of a system is acquired and applied to novel domains.

In this era of unshackled access to information, online storage, and dispersed learning, this attribute is a disproportionate advantage. Someone who can learn easily by himself can toggle between industries, learning to code, invest, or create with nothing more than internet access and focus. At this level, autodidactic ability is a psychological multiplier, making knowledge a renewable resource and giving those who possess it an adaptive edge bordering on unfairness.



SUPPORTERS
(ppl who asked me to tag them in the other thread)
@KeepCopingLads @JordanFagget271 @wojak @crazyguy

@cases @Terrortheplug @1blamedrako @PSLbbc @BigBallsLarry @eon


(this is not the final version just a little spoiler for y’all to see the progress & give me a review to maybe add more arguments, change some things, give me some more ideas)

Thx bye :bigbrain:


 
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THE NEURO PILL
this thread was made with knowledge taken from Wikipedia, different forums, some Reddit users experience & chat gpt
(Made by Iblamealek)

1. The Usual Narrative

When others talk of individuals with high IQ or neurodivergent ones (autism, ADHD, schizoid personality, etc.), the discussion goes nearly unavoidably in the negative direction: social isolation, communication problems, hyper-reflexivity, and increased vulnerability to anxiety or depression. While these are certainly legitimate issues, this portrayal is incomplete. Cognitive psychology and neuroscience continually prove that the very same qualities so universally recognized as liabilities — sensitivity to stimuli, intensified emotional reaction, or a tendency toward tenacious analysis — are likewise tightly entwined with unique cognitive and creative abilities which more "neurotypical" brains so rarely achieve.

Scientifically, neurodivergence should and can be understood not as a "deficit" per se, but as a variation of cognition. Being any variation, it entails trade-offs: reduced facility of adjustment in normalized environments, but enhanced capacity to shine where higher-level thinking, mental resilience, and creativeness are called for. In other words, what is a bane within the social realm tends to become an adaptive asset within the intellectual or creative realm.




2. Pattern Recognition as a Superpower


One of the most consistently reported advantages of high cognitive ability and certain neurodivergent patterns is a greater facility at pattern detection — the ability to see underlying structure, regularities, or causal relations between seemingly unrelated inputs. From a neuroscientific perspective, this equates to greater integration in associative cortices and greater connectivity between default mode and executive control networks, which allows divergent and convergent processing to operate in parallel.

This skill is manifested in many ways: in intellectual disciplines (rapidly detecting mathematical or logical patterns), in the arts (perceiving aesthetic or symbolic analogies), and even in human interaction (perceiving subtext, dynamics, or underlying power structures not perceived by others). Importantly, pattern recognition is not limited to cognizance — many equate it with an almost subconscious "clicking into place" in which a resolution or fit feels complete even before conscious logic has time to catch up.

The evolutionary advantage of a trait like that is self-evident: animals that notice concealed patterns (weather, predator behavior, food location) have historically lived on in higher concentrations. Now, the same skill guarantees out-of-proportion success in mathematics, music, chess, abstract science, and systems-level problem solving. Life itself begins to appear less a random sequence of events and more a multi-level code — one in which the high-IQ or neurodivergent mind is particularly suited to read.



3. The Self-Teaching Cheat Code


One of the markers of high intellect and some neurodivergent types is autodidactic expertise — being able to learn complex skills or bodies of information without formal instruction. Cognitive science research suggests that people with high working memory, more attentional control, and improved abstract reasoning are most skilled at constructing internal models of learning. Instead of receptively absorbing information, they reconstitute input actively into frameworks, test these frameworks against reality, and refine them in a cycle of iteration. This is akin to the scientific process, but done subconsciously and at high speed.

For individuals who have traits like hyperfocus (common in ADHD) or perseveration (generally common in autism), this learning process can become exponentially accelerated, since focus narrows onto the target zone with abnormally stubborn tenacity. While the neurotypical may need extrinsic motivation, programmed environments, or linear instructions, the neurodivergent learner is able to brute-force proficiency through sheer saturation, driven by obsession or inquiry. More precisely, it's not memorization by rote — it's structural assimilation, where the inherent scaffolding of a system is acquired and applied to novel domains.

In this era of unshackled access to information, online storage, and dispersed learning, this attribute is a disproportionate advantage. Someone who can learn easily by himself can toggle between industries, learning to code, invest, or create with nothing more than internet access and focus. At this level, autodidactic ability is a psychological multiplier, making knowledge a renewable resource and giving those who possess it an adaptive edge bordering on unfairness.



SUPPORTERS
(ppl who asked me to tag them in the other thread)
@KeepCopingLads @JordanFagget271 @wojak @crazyguy

@cases @Terrortheplug @1blamedrako @PSLbbc @BigBallsLarry @eon


(this is not the final version just a little spoiler for y’all to see the progress & give me a review to maybe add more arguments, change some things, give me some more ideas)

Thx bye :bigbrain:


you can tag only 5 people at max
 
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Tf what happened they changed the rules ?
no, it just doesnt work for some reason. you can only tag 5 at once, you'll have to reply to your thread with other tags if you want more
 
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2ldr
 
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no, it just doesnt work for some reason. you can only tag 5 at once, you'll have to reply to your thread with other tags if you want more
🫩 k
 
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@Terrortheplug @eon @1blamedrako @PSLbbc @BigBallsLarry
 
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@KeepCopingLads @JordanFagget271 @wojak @cases
 
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Bump
 
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BIG BALLS LARRY TAKES THE HYMEN OF THIS THREAD!!!
 
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good thread

id love to see the final version, although i just skimmed through it

when it comes out I'll read fully, seems fine to me. no arguments
 
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good thread

id love to see the final version, although i just skimmed through it

when it comes out I'll read fully, seems fine to me. no arguments
WE NEED TO REACH BOTB WHEN THE FINAL VERSION COMES OUT
 
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bookmarked waiting for second part
 
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THE NEURO PILL
this thread was made with knowledge taken from Wikipedia, different forums, some Reddit users experience & chat gpt
(Made by Iblamealek)

1. The Usual Narrative

When others talk of individuals with high IQ or neurodivergent ones (autism, ADHD, schizoid personality, etc.), the discussion goes nearly unavoidably in the negative direction: social isolation, communication problems, hyper-reflexivity, and increased vulnerability to anxiety or depression. While these are certainly legitimate issues, this portrayal is incomplete. Cognitive psychology and neuroscience continually prove that the very same qualities so universally recognized as liabilities — sensitivity to stimuli, intensified emotional reaction, or a tendency toward tenacious analysis — are likewise tightly entwined with unique cognitive and creative abilities which more "neurotypical" brains so rarely achieve.

Scientifically, neurodivergence should and can be understood not as a "deficit" per se, but as a variation of cognition. Being any variation, it entails trade-offs: reduced facility of adjustment in normalized environments, but enhanced capacity to shine where higher-level thinking, mental resilience, and creativeness are called for. In other words, what is a bane within the social realm tends to become an adaptive asset within the intellectual or creative realm.




2. Pattern Recognition as a Superpower


One of the most consistently reported advantages of high cognitive ability and certain neurodivergent patterns is a greater facility at pattern detection — the ability to see underlying structure, regularities, or causal relations between seemingly unrelated inputs. From a neuroscientific perspective, this equates to greater integration in associative cortices and greater connectivity between default mode and executive control networks, which allows divergent and convergent processing to operate in parallel.

This skill is manifested in many ways: in intellectual disciplines (rapidly detecting mathematical or logical patterns), in the arts (perceiving aesthetic or symbolic analogies), and even in human interaction (perceiving subtext, dynamics, or underlying power structures not perceived by others). Importantly, pattern recognition is not limited to cognizance — many equate it with an almost subconscious "clicking into place" in which a resolution or fit feels complete even before conscious logic has time to catch up.

The evolutionary advantage of a trait like that is self-evident: animals that notice concealed patterns (weather, predator behavior, food location) have historically lived on in higher concentrations. Now, the same skill guarantees out-of-proportion success in mathematics, music, chess, abstract science, and systems-level problem solving. Life itself begins to appear less a random sequence of events and more a multi-level code — one in which the high-IQ or neurodivergent mind is particularly suited to read.



3. The Self-Teaching Cheat Code


One of the markers of high intellect and some neurodivergent types is autodidactic expertise — being able to learn complex skills or bodies of information without formal instruction. Cognitive science research suggests that people with high working memory, more attentional control, and improved abstract reasoning are most skilled at constructing internal models of learning. Instead of receptively absorbing information, they reconstitute input actively into frameworks, test these frameworks against reality, and refine them in a cycle of iteration. This is akin to the scientific process, but done subconsciously and at high speed.

For individuals who have traits like hyperfocus (common in ADHD) or perseveration (generally common in autism), this learning process can become exponentially accelerated, since focus narrows onto the target zone with abnormally stubborn tenacity. While the neurotypical may need extrinsic motivation, programmed environments, or linear instructions, the neurodivergent learner is able to brute-force proficiency through sheer saturation, driven by obsession or inquiry. More precisely, it's not memorization by rote — it's structural assimilation, where the inherent scaffolding of a system is acquired and applied to novel domains.

In this era of unshackled access to information, online storage, and dispersed learning, this attribute is a disproportionate advantage. Someone who can learn easily by himself can toggle between industries, learning to code, invest, or create with nothing more than internet access and focus. At this level, autodidactic ability is a psychological multiplier, making knowledge a renewable resource and giving those who possess it an adaptive edge bordering on unfairness.



SUPPORTERS
(ppl who asked me to tag them in the other thread)
@KeepCopingLads @JordanFagget271 @wojak @crazyguy

@cases @Terrortheplug @1blamedrako @PSLbbc @BigBallsLarry @eon


(this is not the final version just a little spoiler for y’all to see the progress & give me a review to maybe add more arguments, change some things, give me some more ideas)

Thx bye :bigbrain:


Great read and it’s nicely structured. I liked how you reframed neurodivergence as variation rather than a deficit. I’d suggest leaning into the negatives a little more, as it’ll give readers more clarity. For example, in section 1 you briefly mention social isolation and communication challenges, but then move on quite fast. Expanding on those difficulties alongside the strengths would really round out the picture, and make the positives you highlight stand out even more. I get the narrative in showing nd as more of a superpower, but going into the negatives would help neurodivergent people relate to it, and then when you transition back into a plausible reframe of thinking it'll help guide the readers into a positive alternative for their own situation.
 
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Great read and it’s nicely structured. I liked how you reframed neurodivergence as variation rather than a deficit. I’d suggest leaning into the negatives a little more, as it’ll give readers more clarity. For example, in section 1 you briefly mention social isolation and communication challenges, but then move on quite fast. Expanding on those difficulties alongside the strengths would really round out the picture, and make the positives you highlight stand out even more. I get the narrative in showing nd as more of a superpower, but going into the negatives would help neurodivergent people relate to it, and then when you transition back into a plausible reframe of thinking it'll help guide the readers into a positive alternative for their own situation.
Tysm man for the idea, I’m going to try and apply what you told me :feelsautistic:
 
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bookmarked waiting for second part
:owo: I’m working rn at the 4th part maybe tomorrow I’ll post the 2/3 :feelsautistic: or I’ll delay it for 2-3 days & post the final part :feelsgood:
 
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THE NEURO PILL
this thread was made with knowledge taken from Wikipedia, different forums, some Reddit users experience & chat gpt
(Made by Iblamealek)

1. The Usual Narrative

When others talk of individuals with high IQ or neurodivergent ones (autism, ADHD, schizoid personality, etc.), the discussion goes nearly unavoidably in the negative direction: social isolation, communication problems, hyper-reflexivity, and increased vulnerability to anxiety or depression. While these are certainly legitimate issues, this portrayal is incomplete. Cognitive psychology and neuroscience continually prove that the very same qualities so universally recognized as liabilities — sensitivity to stimuli, intensified emotional reaction, or a tendency toward tenacious analysis — are likewise tightly entwined with unique cognitive and creative abilities which more "neurotypical" brains so rarely achieve.

Scientifically, neurodivergence should and can be understood not as a "deficit" per se, but as a variation of cognition. Being any variation, it entails trade-offs: reduced facility of adjustment in normalized environments, but enhanced capacity to shine where higher-level thinking, mental resilience, and creativeness are called for. In other words, what is a bane within the social realm tends to become an adaptive asset within the intellectual or creative realm.




2. Pattern Recognition as a Superpower


One of the most consistently reported advantages of high cognitive ability and certain neurodivergent patterns is a greater facility at pattern detection — the ability to see underlying structure, regularities, or causal relations between seemingly unrelated inputs. From a neuroscientific perspective, this equates to greater integration in associative cortices and greater connectivity between default mode and executive control networks, which allows divergent and convergent processing to operate in parallel.

This skill is manifested in many ways: in intellectual disciplines (rapidly detecting mathematical or logical patterns), in the arts (perceiving aesthetic or symbolic analogies), and even in human interaction (perceiving subtext, dynamics, or underlying power structures not perceived by others). Importantly, pattern recognition is not limited to cognizance — many equate it with an almost subconscious "clicking into place" in which a resolution or fit feels complete even before conscious logic has time to catch up.

The evolutionary advantage of a trait like that is self-evident: animals that notice concealed patterns (weather, predator behavior, food location) have historically lived on in higher concentrations. Now, the same skill guarantees out-of-proportion success in mathematics, music, chess, abstract science, and systems-level problem solving. Life itself begins to appear less a random sequence of events and more a multi-level code — one in which the high-IQ or neurodivergent mind is particularly suited to read.



3. The Self-Teaching Cheat Code


One of the markers of high intellect and some neurodivergent types is autodidactic expertise — being able to learn complex skills or bodies of information without formal instruction. Cognitive science research suggests that people with high working memory, more attentional control, and improved abstract reasoning are most skilled at constructing internal models of learning. Instead of receptively absorbing information, they reconstitute input actively into frameworks, test these frameworks against reality, and refine them in a cycle of iteration. This is akin to the scientific process, but done subconsciously and at high speed.

For individuals who have traits like hyperfocus (common in ADHD) or perseveration (generally common in autism), this learning process can become exponentially accelerated, since focus narrows onto the target zone with abnormally stubborn tenacity. While the neurotypical may need extrinsic motivation, programmed environments, or linear instructions, the neurodivergent learner is able to brute-force proficiency through sheer saturation, driven by obsession or inquiry. More precisely, it's not memorization by rote — it's structural assimilation, where the inherent scaffolding of a system is acquired and applied to novel domains.

In this era of unshackled access to information, online storage, and dispersed learning, this attribute is a disproportionate advantage. Someone who can learn easily by himself can toggle between industries, learning to code, invest, or create with nothing more than internet access and focus. At this level, autodidactic ability is a psychological multiplier, making knowledge a renewable resource and giving those who possess it an adaptive edge bordering on unfairness.



SUPPORTERS
(ppl who asked me to tag them in the other thread)
@KeepCopingLads @JordanFagget271 @wojak @crazyguy

@cases @Terrortheplug @1blamedrako @PSLbbc @BigBallsLarry @eon


(this is not the final version just a little spoiler for y’all to see the progress & give me a review to maybe add more arguments, change some things, give me some more ideas)

Thx bye :bigbrain:


Great read and it’s nicely structured. I liked how you reframed neurodivergence as variation rather than a deficit. I’d suggest leaning into the negatives a little more, as it’ll give readers more clarity. For example, in section 1 you briefly mention social isolation and communication challenges, but then move on quite fast. Expanding on those difficulties alongside the strengths would really round out the picture, and make the positives you highlight stand out even more. I get the narrative in showing nd as more of a superpower, but going into the negatives would help neurodivergent people relate to it, and then when you transition back into a plausible reframe of thinking it'll help guide the readers into a positive alternative for their own situation.
Two AI’s enjoying each others companies

Regardless, good thread OP. Fully relate.
 
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Good shit bro
 
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Two AI’s enjoying each others companies

Regardless, good thread OP. Fully relate.
Thanks for the compliment though. Honestly, you've made my day. ;)
 
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THE NEURO PILL
this thread was made with knowledge taken from Wikipedia, different forums, some Reddit users experience & chat gpt
(Made by Iblamealek)

1. The Usual Narrative

When others talk of individuals with high IQ or neurodivergent ones (autism, ADHD, schizoid personality, etc.), the discussion goes nearly unavoidably in the negative direction: social isolation, communication problems, hyper-reflexivity, and increased vulnerability to anxiety or depression. While these are certainly legitimate issues, this portrayal is incomplete. Cognitive psychology and neuroscience continually prove that the very same qualities so universally recognized as liabilities — sensitivity to stimuli, intensified emotional reaction, or a tendency toward tenacious analysis — are likewise tightly entwined with unique cognitive and creative abilities which more "neurotypical" brains so rarely achieve.

Scientifically, neurodivergence should and can be understood not as a "deficit" per se, but as a variation of cognition. Being any variation, it entails trade-offs: reduced facility of adjustment in normalized environments, but enhanced capacity to shine where higher-level thinking, mental resilience, and creativeness are called for. In other words, what is a bane within the social realm tends to become an adaptive asset within the intellectual or creative realm.




2. Pattern Recognition as a Superpower


One of the most consistently reported advantages of high cognitive ability and certain neurodivergent patterns is a greater facility at pattern detection — the ability to see underlying structure, regularities, or causal relations between seemingly unrelated inputs. From a neuroscientific perspective, this equates to greater integration in associative cortices and greater connectivity between default mode and executive control networks, which allows divergent and convergent processing to operate in parallel.

This skill is manifested in many ways: in intellectual disciplines (rapidly detecting mathematical or logical patterns), in the arts (perceiving aesthetic or symbolic analogies), and even in human interaction (perceiving subtext, dynamics, or underlying power structures not perceived by others). Importantly, pattern recognition is not limited to cognizance — many equate it with an almost subconscious "clicking into place" in which a resolution or fit feels complete even before conscious logic has time to catch up.

The evolutionary advantage of a trait like that is self-evident: animals that notice concealed patterns (weather, predator behavior, food location) have historically lived on in higher concentrations. Now, the same skill guarantees out-of-proportion success in mathematics, music, chess, abstract science, and systems-level problem solving. Life itself begins to appear less a random sequence of events and more a multi-level code — one in which the high-IQ or neurodivergent mind is particularly suited to read.



3. The Self-Teaching Cheat Code


One of the markers of high intellect and some neurodivergent types is autodidactic expertise — being able to learn complex skills or bodies of information without formal instruction. Cognitive science research suggests that people with high working memory, more attentional control, and improved abstract reasoning are most skilled at constructing internal models of learning. Instead of receptively absorbing information, they reconstitute input actively into frameworks, test these frameworks against reality, and refine them in a cycle of iteration. This is akin to the scientific process, but done subconsciously and at high speed.

For individuals who have traits like hyperfocus (common in ADHD) or perseveration (generally common in autism), this learning process can become exponentially accelerated, since focus narrows onto the target zone with abnormally stubborn tenacity. While the neurotypical may need extrinsic motivation, programmed environments, or linear instructions, the neurodivergent learner is able to brute-force proficiency through sheer saturation, driven by obsession or inquiry. More precisely, it's not memorization by rote — it's structural assimilation, where the inherent scaffolding of a system is acquired and applied to novel domains.

In this era of unshackled access to information, online storage, and dispersed learning, this attribute is a disproportionate advantage. Someone who can learn easily by himself can toggle between industries, learning to code, invest, or create with nothing more than internet access and focus. At this level, autodidactic ability is a psychological multiplier, making knowledge a renewable resource and giving those who possess it an adaptive edge bordering on unfairness.



SUPPORTERS
(ppl who asked me to tag them in the other thread)
@KeepCopingLads @JordanFagget271 @wojak @crazyguy

@cases @Terrortheplug @1blamedrako @PSLbbc @BigBallsLarry @eon


(this is not the final version just a little spoiler for y’all to see the progress & give me a review to maybe add more arguments, change some things, give me some more ideas)

Thx bye :bigbrain:


Read every molecule
 
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You did ask for feedback as this was the first draft. Obviously, you don't have to incorporate what I've said but I thought on the basis of inclusivity you could highlight common misconceptions as this would help neurodivergent people relate more. I hope that makes sense.

I gave you your flowers first and foremost, but I'm sorry if that came across as nitpicking. The feedback I gave was fluff in comparison to what you wrote as there's genuinely nothing to critique in the actual content - it's all great and you did a good job.

Maybe some better feedback would be to suggest expanding on anecdotes and going into more detail of the negatives and rounding that off with the positives.
 
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You did ask for feedback as this was the first draft. Obviously, you don't have to incorporate what I've said but I thought on the basis of inclusivity you could highlight common misconceptions as this would help neurodivergent people relate more. I hope that makes sense.

I gave you your flowers first and foremost, but I'm sorry if that came across as nitpicking. The feedback I gave was fluff in comparison to what you wrote as there's genuinely nothing to critique in the actual content - it's all great and you did a good job.

Maybe some better feedback would be to suggest expanding on anecdotes and going into more detail of the negatives and rounding that off with the positives.
I’m working on it, I’m gonna talk about that in part 7
 
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its a good post im just lazy dont get emotional like a little bitch
No idc about that I was just mentioning the response you gave me on a thread. Piss & love :owo::feelsautistic:
 
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No idc about that I was just mentioning the response you gave me on a thread. Piss & love :owo::feelsautistic:
fucking retard google lied to me you are right nvm
 
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on average i find the behaviour of NT people LOW IQ and embarrassing
 
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THE NEURO PILL
this thread was made with knowledge taken from Wikipedia, different forums, some Reddit users experience & chat gpt
(Made by Iblamealek)

1. The Usual Narrative

When others talk of individuals with high IQ or neurodivergent ones (autism, ADHD, schizoid personality, etc.), the discussion goes nearly unavoidably in the negative direction: social isolation, communication problems, hyper-reflexivity, and increased vulnerability to anxiety or depression. While these are certainly legitimate issues, this portrayal is incomplete. Cognitive psychology and neuroscience continually prove that the very same qualities so universally recognized as liabilities — sensitivity to stimuli, intensified emotional reaction, or a tendency toward tenacious analysis — are likewise tightly entwined with unique cognitive and creative abilities which more "neurotypical" brains so rarely achieve.

Scientifically, neurodivergence should and can be understood not as a "deficit" per se, but as a variation of cognition. Being any variation, it entails trade-offs: reduced facility of adjustment in normalized environments, but enhanced capacity to shine where higher-level thinking, mental resilience, and creativeness are called for. In other words, what is a bane within the social realm tends to become an adaptive asset within the intellectual or creative realm.




2. Pattern Recognition as a Superpower


One of the most consistently reported advantages of high cognitive ability and certain neurodivergent patterns is a greater facility at pattern detection — the ability to see underlying structure, regularities, or causal relations between seemingly unrelated inputs. From a neuroscientific perspective, this equates to greater integration in associative cortices and greater connectivity between default mode and executive control networks, which allows divergent and convergent processing to operate in parallel.

This skill is manifested in many ways: in intellectual disciplines (rapidly detecting mathematical or logical patterns), in the arts (perceiving aesthetic or symbolic analogies), and even in human interaction (perceiving subtext, dynamics, or underlying power structures not perceived by others). Importantly, pattern recognition is not limited to cognizance — many equate it with an almost subconscious "clicking into place" in which a resolution or fit feels complete even before conscious logic has time to catch up.

The evolutionary advantage of a trait like that is self-evident: animals that notice concealed patterns (weather, predator behavior, food location) have historically lived on in higher concentrations. Now, the same skill guarantees out-of-proportion success in mathematics, music, chess, abstract science, and systems-level problem solving. Life itself begins to appear less a random sequence of events and more a multi-level code — one in which the high-IQ or neurodivergent mind is particularly suited to read.



3. The Self-Teaching Cheat Code


One of the markers of high intellect and some neurodivergent types is autodidactic expertise — being able to learn complex skills or bodies of information without formal instruction. Cognitive science research suggests that people with high working memory, more attentional control, and improved abstract reasoning are most skilled at constructing internal models of learning. Instead of receptively absorbing information, they reconstitute input actively into frameworks, test these frameworks against reality, and refine them in a cycle of iteration. This is akin to the scientific process, but done subconsciously and at high speed.

For individuals who have traits like hyperfocus (common in ADHD) or perseveration (generally common in autism), this learning process can become exponentially accelerated, since focus narrows onto the target zone with abnormally stubborn tenacity. While the neurotypical may need extrinsic motivation, programmed environments, or linear instructions, the neurodivergent learner is able to brute-force proficiency through sheer saturation, driven by obsession or inquiry. More precisely, it's not memorization by rote — it's structural assimilation, where the inherent scaffolding of a system is acquired and applied to novel domains.

In this era of unshackled access to information, online storage, and dispersed learning, this attribute is a disproportionate advantage. Someone who can learn easily by himself can toggle between industries, learning to code, invest, or create with nothing more than internet access and focus. At this level, autodidactic ability is a psychological multiplier, making knowledge a renewable resource and giving those who possess it an adaptive edge bordering on unfairness.



SUPPORTERS
(ppl who asked me to tag them in the other thread)
@KeepCopingLads @JordanFagget271 @wojak @crazyguy

@cases @Terrortheplug @1blamedrako @PSLbbc @BigBallsLarry @eon


(this is not the final version just a little spoiler for y’all to see the progress & give me a review to maybe add more arguments, change some things, give me some more ideas)

Thx bye :bigbrain:


Nice read
Since your already on the topic of intelligence and neuro divergency (which are both genetic) you could deep diver into personalities or more specifically ''lazy people'' because on paper they should have died out long ago, but yh that's just my suggestion
 
  • +1
Reactions: Terrortheplug
Problem is I’m nd and low iq
 
  • +1
Reactions: wojak
Problem is I’m nd and low iq
you're not low iq you just don't have the mental capacity to avoid hyper stimulants for a sustained period of time.

you need to train your mind. go read a book. it doesn't matter how slowly you read it - some progress is better than non at all.
 

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