Neurodiversity Theory - Understanding traits across the whole spectrum

I have a theory that makes sense of why we feel, think and act differently. What follows is an explanation of how this theory works.
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Hardware dictates what a system is capable of. Software dictates what it does.
Experience, thought and a variety of other factors form your software but a lot of behaviour can be understood by recognising the Sensitivity and Speed of your body/mind hardware.
Sensitivity dictates how intensely you feel a sensation or the importance of information carried through the mind.
More intense stimuli will naturally lead to information of a higher priority. For example, a loud noise is registered as important and will draw your attention.
Milder stimuli will have less priority: a quiet sound may go unnoticed.
The mind can also actively prioritise certain information through focus, bringing them to the forefront and reducing the awareness of other information.
In neurotypical (considered "normal") functioning, sensitivity is towards the centre of its range, leaving room to assign varying levels of priority to different stimuli.
Like managing emails, High Priority mail would be read carefully, taking in all the details. Low Priority mail can be skim read, getting a generalised idea of the message.
Some minds have a higher or lower sensitivity to begin with, affecting the priority status of all the information they deal with.
High Sensitivity: Everything is assigned High Priority, leading to detail-oriented processing.
Low Sensitivity: Everything is assigned Low Priority, leading to generalised, context-oriented processing.
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Speed dictates how much, or how wide a range of information can be processed over time.
A High (H) Priority (P) & Low (L) Speed (S) mind often processes closely related details from a small range.
An LPHS mind might process as much as a HPLS mind, but they will be broadly related details from a larger range.
An HPHS mind will process more details. They will be closely related from a larger range.
An LPLS mind will process fewer details. They will be broadly related from a small range.
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If a sensation is focused upon with a high speed mind, the feeling will be more extreme, regardless of sensitivity.
For the same stimulus, when compared to a neurotypical mind:
HPLS can feel the sensation with more intensity.
LPHS can feel the sensation less intensely but is also able feel the sensation with more intensity, if it is focused upon.
HPHS can feel the sensation with the highest intensity, without any additional focus.
LPLS can feel the sensation less intensely.
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Speed affects the ability to form memories: faster speed allows for more information to be committed to memory, with less active focus required.
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Faster minds make more predictions and come up with ideas from a broader range of information.
Slower minds make fewer predictions and come up with ideas from a narrow range of information.
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Sensitivity and Speed also affect body movement.
I can do accents and impressions because my HPLS bodymind can observe vocalisations, recognise the details in how they're being made and then precisely control a small range of muscles to replicate those sounds with my voice.
My partner dances with natural fluidity because his LPHS bodymind quickly processes music into ideas which are then translated to movement across a broad range of muscles throughout their body.
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Conclusion:
The sensitivity and speed of an individual can aid in understanding (or even predicting) how they think and what they do.
More extreme levels of Sensitivity and Speed in an individual lead to more extreme talents and difficulties.
If values are assigned to the sensitivity and speed, it can plot them on a 2-Dimensional Neurodiversity Spectrum.
If scientifically valid and proven, the Sensitivity & Speed Spectrum could be a foundation for a more helpful, comprehensive and accessible understanding of the natural variety between different minds.
Note:
There's also another factor, dictated by the mind's capability or capacity to initially form connections. Further research and observation will be required to accurately define it.
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If you have questions, comments or are interested in finding out your place on this spectrum, please get in touch. Assessing more people will help to make sure my theories are valid and accurate. It also means I can more precisely define the different levels that exist on the spectrum. This, in turn, will hopefully mean that I can help more people!
  • This could be why meditation is good. The left hemisphere screens incoming stimuli by categorizing, assessing and assigning meaning. The right hemisphere is non-critical and just accepts whatever stimuli is passed to it. Autistic people tend to be very left-brained, but meditation allows the left brain to be calmed or switched off so that the overwhelming need to categorise everything and make sense of everything is gone, and instead you can just experience raw consciousness without judgement. When the two hemispheres are in sync you feel calm and focused.

  • The hardware/software distinction was meant to communicate part of the idea in an accessible way, not to necessarily liken the brain to a computer, if that's what you're referring to. I understand that computer metaphors are losing favour with many scientists in discourse around how the brain works so I will probably change that part for future editions to avoid misunderstanding.
    I'll put it another way:
    A system can only function within the limits of its capabilities.
    Regardless of what influences your actions (everything you do), you can only act within the range of your capabilities.
    My theory proposes that many behaviours across the spectrum of neurodiversity can be understood better through recognising that we function within the limits of a set range of capabilities dictated by our 'Sensitivity' and 'Speed', which varies between individuals.
    Ultimately, the effective communication of this bit is not integral to the theory working in practice.
    The core of the theory is that my primary research suggests that recognising someone's 'Sensitivity' and 'Speed' (as I have defined within the theory) helps to understand (and sometimes even predict) their behaviour. It is particularly effective for understanding traits that are considered neurodivergent.
    The primary weakness of the theory, in my mind, is that the amount of primary research I have is limited to a small number of people. In practice it is currently working very well, which is why I am pursuing it and, in order to verify and increase accuracy and precision, I need to profile more people.
  • The stress response drives all your body's resources to where they're needed in a fight - and shuts off unnecessary systems.      Your brain goes into hyper-mode - tunnel vision - less pixels to process so higher speed.

    Hearing shuts down - unnecessary processing.

    Your adrenal system kicks off flooding your muscles with super strength.

    Heart & lungs go into overdrive to power the muscles

    Your pain receptors shut down - don't want to distract the brain in the fight for your life.

    Immune system goes into overdrive to repair battle damage.

    Digestion - shut down - blood flow withdrawn for the fight muscles and bowel muscles go into fibrillation (butterflies) - to dump a nasty, smelly surprise into the face of the attacking tiger.  Smiley

    Unfortunately, we are not monkeys living in the woods any more, we are constantly subjected to stress chemicals that we can't process all the time - eventually, your body will start to malfunction with this constant state of panic.

    The first thing is usually stomach and digestion problems - IBS, diarrhoea, food intolerances.(diarrhoea strips away the useful bacteria and high-sugar replaces it with the wrong type of flora)  etc. and then as the over-active immune system takes hold, it attacks the body - if you are genetically susceptible, ulcerative colitis or Crohn's follow. - as well as other long-term degenerative problems like arthritis. 

  • this is intriguing: over-stimulation muddling up the digestive system. 

  • Its now understood that the human brain is not like a computer, thats an outdated assumption so I am afraid the foundation of your idea breaks down. You would also need a solid theory of the brain and how it processes information to build on with your ideas and I am afraid that we are not near that point at all there is so much that is still a mystery.  I'm definitely impressed by the thought you have put into this though. Its impressive. 

  • I'd be interested to know what think you the reason is for you doing that.

  • I, for one, have the attention span of a goldfish. I ALWAYS skim emails and any other Internet information.

  • Yeah - the constant over-stimulation as your brain is constantly searching for potential threats and escape routes - as well as messing with your digestive system.

  • Hi,

    Yes, I've looked into the autonomic nervous system (the Sympathetic Nervous System, including fight-or-flight response, and the Parasympathetic Nervous System) and I believe that a High Sensitivity / High Priority bodymind type, as would characterise autistic traits, leads to reactions such as 'fight-or-flight' faster and more readily.

  • Hi Sam, 

    Welcome to the forum. On the right hand side of the screen, whilst browsing discussions, you'll find a tab so you can ' introduce yourself '  to the community.

  • Hi Sam

    Have a look at what the fight-or-flight mechanism in your body does - it's pretty much what you're describing - we seem to be stuck on 100% all the time.