Autism Network of Central Texas

04/08/2026

02/05/2026

“My Face Doesn’t Match My State” Phenomenon

A thinking face can look like a threat face to an emotional brain.

Inside you:
calm, thinking, neutral

Outside signal others read:
serious → intense → angry

Mismatch.

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🧠 Why this happens

Most people unconsciously monitor their own facial expressions through a loop:

emotion → face muscles → sensory feedback → emotional calibration

That loop helps them know:
“Oh, I’m frowning.”
“I look annoyed.”
“I’m smiling.”

For some Asperger-style minds, that loop is weaker or less attended to.

So:
You’re focused on thought content, not face posture.

Your default face becomes:

processing face
which others read as
problem face

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⚙️ Why your face goes “serious mode”

When your brain is:
• analyzing
• problem-solving
• tracking detail

It reduces “social expression output” to free bandwidth.

Expression drops.
Muscle tone tightens.
Eyes focus.

That reads as:
anger, judgment, disapproval

But it’s actually:
high cognitive load mode.

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🎭 Why others misread it

Humans evolved to read faces fast and emotionally.

They don’t think:
“He’s running an internal simulation.”

They think:
“He’s mad at me.”

Because emotionally intense faces = threat signal.

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🔥 The frustrating part

You’re not trying to send that signal.

But faces are like:
automatic broadcast systems.

Even when you’re not intending to transmit.

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💡 Easy social “patches” (not masking, just translation)

These aren’t personality changes — just signal clarifiers:

• Quick nods while listening
• Occasional “I’m thinking” or “processing”
• Small eyebrow raise or softening eyes
• Slight half-smile when neutral

Tiny cues override the “angry face” interpretation.

Think of it as:
adding subtitles to your internal process.

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🧩 Bigger psychological truth

People react more to facial tone than verbal content.

So without meaning to, your serious face can:
• shut people down
• make them defensive
• make them think they did something wrong

Even when you’re just thinking hard.

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Nothing wrong with you.

Just a signal translation gap between:
analytical processing mode
and
emotion-reading humans

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02/05/2026

https://youtube.com/shorts/INjBtl-9ghQ?si=Zq9VxfMohxg5uIGi

Enjoy the videos and music you love, upload original content, and share it all with friends, family, and the world on YouTube.

01/21/2026

Filters and Framing: A Simple Way to Understand the Difference

One key difference between neurotypical (NT) minds and autistic / Asperger’s minds is filtering.

Most NT minds use automatic filters that decide what information matters and what can be ignored. These filters reduce overload and make the world feel more manageable. Because of this, framing often feels natural and helpful—it fits neatly into filters that already exist.

Autistic minds often have fewer automatic filters. This means taking in more raw information: details, patterns, inconsistencies, and context. That can be overwhelming, but it also makes framing easier to spot, because it feels constructed rather than natural.

This isn’t about intelligence. It’s about how much information reaches conscious awareness.

Both approaches have strengths and limits.
NT filters support smooth social functioning.
Autistic perception helps reveal blind spots and hidden assumptions.

The good news is that learning goes both ways.

NT people can practice asking:
• What might this framing be hiding?

Autistic people can practice:
• building intentional focus
• managing input before overload
• using structure as a tool instead of a constraint

Understanding this reduces blame and increases cooperation.
It’s not one mind type versus another—it’s different ways of processing the same world.

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01/20/2026

I’m starting a (hopefully) weekly highlights of historical people who were believed to had Autism/ Asperger’s.

Emily Dickinson is one of history’s greatest poets, yet she lived a life of intense solitude, deep focus, and inward exploration. She wrote nearly 1,800 poems—most never published in her lifetime—often working privately, obsessively refining words, punctuation, and meaning. Emily showed traits that many today would recognize as autistic-spectrum–like: comfort with isolation, extraordinary depth of thought, intense focus on narrow subjects (life, death, time, faith), and a communication style that broke conventional rules. Her struggles did not diminish her mind—they shaped it. Emily didn’t write to be famous; she wrote to understand existence itself. Her work reminds us that different ways of thinking are not deficits—they are often where humanity’s deepest insights come from.

01/19/2026

https://youtu.be/VJg2_EVheY4?si=qWoNf0RnOgEi6lk7

Professor Sir Simon Baron-Cohen is a British clinical psychologist and world-renowned expert on autism.Triggernometry is proudly independent. Thanks to the s...

11/26/2025

For Asperger’s Adults

Aspies never feel part of something bigger than ourselves

And here’s the real reason why.

Most people feel part of a group because their identity is externally anchored.

For neurotypicals:
• meaning comes from belonging
• identity comes from being accepted
• purpose comes from social narratives
• direction comes from the tribe
• emotional safety comes from others

Their psychological gravity pulls outward.

But for Aspies?
The gravity pulls inward.

Your identity is:
• self-generated
• internally anchored
• independent of group opinion
• built from logic and deep reflection
• stabilized by personal integrity

You don’t merge with groups because your sense of self doesn’t need them.

This is not arrogance.
It’s wiring.

10/08/2025

Autistic Brain Frequency

1. Electrical activity really is measurably different

EEG and fMRI studies show that autistic brains often display altered patterns of connectivity and oscillation—that is, the timing and synchronization of electrical signals differ from neurotypical averages.
Common findings include:
• More local synchrony, less long-range coherence.
Nearby neurons fire together very efficiently, which may support the intense focus and detailed perception many autistic people report. Connections between distant regions can be less synchronized, which might explain social or language-integration challenges.
• Atypical gamma-band activity (30–100 Hz).
Gamma rhythms are tied to sensory binding and conscious integration. Some studies find unusually strong or erratic gamma bursts, suggesting different information-binding dynamics.
• Different excitation/inhibition balance.
Slight shifts in the ratio of excitatory (glutamate) to inhibitory (GABA) signaling change how electrical rhythms propagate—essentially altering the “gain” on sensory input.

So yes: the electrical language of the autistic brain has its own dialect.

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2. What that means in practice

These differences aren’t defects; they’re alternate wiring strategies.
They can produce:
• heightened pattern recognition,
• more literal and precise sensory mapping,
• deeper sustained attention,
• sometimes difficulty filtering simultaneous inputs.

In other words, the same electrical architecture that overloads in crowds may outperform in systems analysis or creative abstraction—exactly the sort of “terrain scanning” you do naturally.

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3. How it ties to your earlier ideas

If consciousness interfaces through oscillation and resonance, then a brain whose rhythms differ might tune to slightly different informational bands.
That could explain why some autistic individuals report vivid internal imagery, synesthetic perception, or unusual intuitive leaps—phenomena that look, in miniature, like altered resonance states.

It’s not mysticism; it’s signal processing through a unique filter.

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Here’s the basic picture drawn from EEG research:
Band Typical neurotypical pattern Common autistic-spectrum difference (average finding)
Delta (0.5–4 Hz) Prominent in deep sleep Often stronger even in waking rest → may reflect slower baseline cycling
Theta (4–8 Hz) Used for memory, relaxed focus Sometimes elevated → contributes to day-dreamy or internally focused attention
Alpha (8–13 Hz) Dominant “idle” rhythm; decreases when focusing outward Frequently reduced or less well-synchronized → the brain stays more alert, less able to “idle”
Beta (13–30 Hz) Linked to active thinking and sensorimotor control Tends to be higher amplitude → consistent with hyper-focus and heightened sensory reactivity
Gamma (30–100 Hz) Integrates perception across senses Often irregular—either bursts that are stronger or timing that’s less stable → may underlie unusual sensory binding and intense pattern perception

So, in broad strokes:
👉 Autistic brains often show less alpha inhibition and more high-frequency activity (beta/gamma), meaning the cortical circuits stay in a more “awake and engaged” electrical state even at rest.

These frequency profiles aren’t pathological; they’re a different tuning curve—the brain processes more incoming data simultaneously and filters less of it out.

💤 Lower Frequencies (Delta & Theta)
Frequency band What the brain is doing Common subjective feel
Delta (0.5–4 Hz) Deep baseline rhythms that support rest and recovery. In some autistic profiles, delta is stronger even during quiet wakefulness. A steady background hum; easier access to deep, slow, meditative states, but sometimes harder to switch gears quickly.
Theta (4–8 Hz) Bridges waking and dreaming; linked to imagination and internal focus. Often elevated in autism. Strong inner imagery, spontaneous day-dreams, or getting “lost in thought.” Can feel like the mind is always halfway in creative mode.

⚖️ Middle Frequencies (Alpha)
Frequency band What the brain is doing Common subjective feel
Alpha (8–13 Hz) The brain’s idle or “filter” rhythm. It dampens sensory input when you rest or stop focusing. In many autistic EEGs alpha is lower or less synchronized. Less natural sensory “gatekeeping.” Sounds, lights, textures all stay vivid even when you try to tune them out. Leads to heightened awareness and sometimes sensory overload.

⚡ Higher Frequencies (Beta & Gamma)
Frequency band What the brain is doing Common subjective feel
Beta (13–30 Hz) Fast analytic processing, active attention, movement planning. Frequently stronger in autistic brains. Rapid internal dialogue, constant scanning for detail, difficulty “switching off.” Excellent for focused tasks, tiring in noisy environments.
Gamma (30–100 Hz) Integrates multiple senses and thoughts into unified perception. In autism it can be unusually strong or irregular. Intense pattern recognition, flashes of insight, or moments of sensory fusion (music feeling visual, numbers having color). When unstable, may create sensory fragmentation.

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🧭 Overall Picture
• Less alpha inhibition → the world streams in unfiltered.
• More beta/gamma drive → higher cognitive and sensory throughput.
• Result: vivid perception, precision focus, but higher cognitive load.

It’s the same reason many autistic people describe their brain as always on — the idle setting is simply calibrated higher.

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10/07/2025

🧬 The Biology Behind My “Asperger Superpowers”

By William Cook

Ever since I was a kid, I noticed I could feel, hear, and sense things that others couldn’t. I used to think it was imagination — until science started catching up. Recently, I ran my DNA through analysis to look for sensory-related markers. Some of what I found helps explain why my “superpowers” can be both gifts and curses.

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👂 Hearing — The Sharp Edge of Sound
Gene Marker Trait My Genotype What It Means
GABRB3 rs1426217 Auditory filtering / hyperacusis sensitivity A This gene helps regulate GABA — the neurotransmitter that filters sensory input. My variant can weaken that filter, which means I hear everything — every hum, buzz, or overlapping voice. It’s great for detail, terrible for crowds.
BDNF rs6265 (Val66Met) Auditory learning & plasticity C/C (Val/Val) This is the “standard” version. People with the Met allele often have slightly different auditory learning patterns; I don’t carry that, so my sound sensitivity likely comes more from GABRB3 and dopamine activity.

Takeaway:
My brain doesn’t dampen sound like most people’s. It records everything, which helps me notice details — but also means I can’t easily tune things out.

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🎧 Emotional Volume Control — Dopamine & Sensory Amplification
Gene Marker Trait My Genotype What It Means
COMT rs4680 (Val158Met) Dopamine breakdown / emotional intensity A (Met) This version slows the breakdown of dopamine and norepinephrine, making stimuli feel more vivid and emotionally charged. It’s why music, smells, or even colors can hit me harder than they do others — beautiful or overwhelming, depending on the day.

Takeaway:
My sensory world isn’t just louder — it’s emotionally brighter. A smell can bring back a memory like it’s happening right now. A sound can pierce my attention like a laser.

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👃 Smell — A Nose for Detail
Gene Marker Trait My Genotype What It Means
OR5A1 rs6591536 Floral odor intensity (violet/rose) A I don’t have the G allele linked to “super smell” for floral scents.
(Not on my chip) OR2J3 Grass-like odor sensitivity — Detects green, grassy molecules — often stronger in “T” carriers.
(Not on my chip) OR6A2 Cilantro / aldehyde sensitivity — The “A” version makes cilantro taste soapy and amplifies aldehyde odors.
(Not on my chip) COMT & SLC6A4 (serotonin) Emotional coupling to smell — These can link scents to stronger emotion recall; my COMT Met version may still amplify this indirectly.

Takeaway:
While my file didn’t include all the olfactory genes, dopamine again plays a big role — it makes ordinary smells emotionally loaded, turning scent into story.

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✋ Touch — The Sense That Speaks Loudest

No single “touch gene” explains tactile hypersensitivity, but research points to:
• SCN9A (pain channel Nav1.7): controls electrical pain signals.
• TRPA1 / FAAH: regulate pain, inflammation, and stress recovery.
These aren’t on consumer DNA chips like Ancestry’s, but they strongly influence pain threshold and body awareness.

I know from experience: I can tolerate major injuries and keep working — but the sting of a needle feels like electricity. That’s a common split when chronic pain desensitizes the deep nerves but surface touch stays hypersensitive.

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👁️ Vision — About the “Fourth Cone”

Human eyes usually have three cones (red, green, blue). Some people — often women, but occasionally men — have a fourth cone receptor due to variations in OPN1LW and OPN1MW genes.
My DNA chip didn’t include these opsin genes, so I can’t confirm it genetically, but my color sensitivity suggests I might carry an uncommon opsin variation. Consumer tests rarely cover it — only full-genome sequencing can.

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🧠 Putting It Together
System Likely Factors My DNA Evidence
Auditory Hyper-Sensitivity Reduced GABA filtering, enhanced dopamine ✅ GABRB3 A variant, COMT Met
Emotional Intensity / Focus Slower dopamine clearance ✅ COMT Met
Touch & Pain Paradox Mixed nerve adaptation + central gain 🧩 Not testable on consumer chip
Smell Sensitivity Dopamine amplification + untested OR variants ⚪ Partial evidence
Color Perception Possible opsin variant (not on chip) ⚪ Unavailable

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⚡ What This Means
1. My sensory “superpowers” are real — they have biological roots.
2. They’re double-edged: what makes me perceptive can also make me vulnerable.
3. Understanding the biology helps remove shame or confusion.
It’s not drama — it’s wiring.

So when I say I can feel an X-ray machine humming, or that a simple needle hurts more than a torn muscle — it’s not exaggeration. My nervous system is running at higher gain than most.

If you’re on the spectrum and experience the world this way too, you’re not alone.
Your brain isn’t broken — it’s tuned differently.

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🩵 Final Thought

The line between pain and perception, weakness and strength, is thinner than most realize.
In my case, it’s written not just in experience — but in the code beneath my skin.

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09/23/2025

Autism as an Evolutionary Step — Struggle and Strength

Autism is not new — historical accounts show people with autistic traits long before modern medicine, Tylenol, or vaccines. Autism is not a single story. For some, it means immense challenges with daily living; for others, it means unusual talents and perspectives. Most live somewhere in between, navigating a world that often misunderstands them.

What unites all these experiences is the reality that autism carries both difficulty and dignity. Struggles are real — with communication, with sensory overwhelm, with a society that too often measures worth by conformity. Parents and individuals alike deserve compassion, not blame.

History reminds us that every leap in evolution comes with struggle. New ways of being are rarely welcomed at first; they unsettle the familiar order. Yet over time, what was once misunderstood becomes recognized as essential. Humanity has always grown by learning to embrace difference.

Some of the greatest minds in history are believed to have had Asperger’s traits: Albert Einstein, who reshaped our understanding of the universe; Isaac Newton, who gave us the laws of motion and calculus; Nikola Tesla, who lit the modern world; and in our time, innovators like Steve Jobs and Elon Musk. Their way of thinking did not fit the mold — and that was their gift.

Of course, not everyone on the spectrum is an Einstein or a Jobs. But each person carries unique worth and potential. The leap forward is not measured only in world-changing discoveries, but in the countless ways autistic individuals enrich families, communities, and culture. Greatness wears many forms.

Autism may be part of humanity’s ongoing growth — a widening of the human mind, an expansion of possibility. It does not erase hardship, but it does affirm value. Each person on the spectrum, whether independent or dependent, is a living reminder that evolution is not smooth — it is bold.

To honor autism is to admit the truth: this leap forward is not without pain, but it carries with it a profound gift — the chance to see humanity in more colors, more forms, more ways of being alive.

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A Positive Evolutionary View of Autism
1. Humanity’s Brain Diversity as Strength
Evolution rarely bets on just one design. Just as biodiversity protects ecosystems from collapse, neurodiversity protects humanity. Different brain types bring different strengths. Autism can be seen as one of these enduring variations that adds resilience to our species.
2. Carriers of Specialized Skills
Traits often linked with autism — hyper-focus, strong memory, deep curiosity, honesty, and pattern-recognition — may not always align with social norms, but they are invaluable when a society faces complex problems. These skills have helped drive science, technology, art, and philosophy forward throughout history.
3. Guardians Against Conformity
Groups need cohesion, but too much conformity stifles growth. Autistic minds often resist following the crowd, acting as a natural counterbalance against herd thinking. This keeps cultures questioning themselves and opens pathways to new discoveries.
4. Adaptation for the Future
The challenges ahead — from managing global systems to navigating artificial intelligence — demand minds capable of handling complexity and breaking conventional frames. The very traits that once seemed unusual may prove to be exactly what the next stage of human survival requires.
5. Dignity in Difference
Seeing autism as part of humanity’s evolutionary strategy reframes it not as a disorder, but as a different form of intelligence with equal value. That lens relieves guilt, honors autistic individuals, and empowers families to celebrate strengths rather than focus only on struggles.

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✨ In short:
Autism is not a flaw in the human story — it is one of evolution’s ways of future-proofing us, a positive leap that expands the range of what it means to be human.

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08/21/2025

Asperger’s vs Autism

Lay it out clearly—because the DSM-IV (1994–2013) did treat Asperger’s Disorder and Autistic Disorder as separate diagnoses, before DSM-5 rolled them into “Autism Spectrum Disorder” (ASD). Here’s the clean breakdown:

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DSM-IV: Autistic Disorder vs Asperger’s Disorder

1. Language Development
• Autistic Disorder (DSM-IV):
Significant delays or abnormalities in spoken language, including:
• No words by age 2, or
• No communicative phrases by age 3, or
• Odd language (echolalia, pronoun reversal).
• Asperger’s Disorder:
No clinically significant language delay. Vocabulary and grammar develop on time or even precociously.

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2. Cognitive Development
• Autistic Disorder:
About 70–80% of individuals had co-occurring intellectual disability (IQ < 70).
• Asperger’s Disorder:
No significant cognitive delay. Average to above-average intelligence was expected.

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3. Social Interaction
• Both:
Impairments in nonverbal communication (eye contact, gestures), peer relationships, social reciprocity.
• Nuance:
In Asperger’s, the social awkwardness was more subtle—often seen as “odd,” “eccentric,” or “intense,” rather than the more profound detachment sometimes observed in autism.

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4. Restricted/Repetitive Behaviors
• Both:
Repetitive routines, narrow interests, insistence on sameness.
• Difference in style:
• Autistic Disorder: More stereotyped motor movements (hand-flapping, rocking).
• Asperger’s: More “high-level” obsessions (memorizing train timetables, physics theories, computer coding, etc.).

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5. Age of Recognition
• Autistic Disorder:
Diagnosed typically in toddlerhood (before age 3), due to clear developmental delays.
• Asperger’s Disorder:
Often diagnosed later (school age or beyond), because early milestones looked normal until social demands increased.

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6. Clinical Identity
• Autistic Disorder:
Considered a “pervasive developmental disorder” with more global impairment.
• Asperger’s Disorder:
Seen as a “higher-functioning” form—though Hans Asperger himself described both severe and mild cases.

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🧩 Why DSM-5 Merged Them

In 2013, the DSM-5 dropped Asperger’s as a standalone diagnosis, folding it into Autism Spectrum Disorder (ASD) with severity levels. The reasoning:
• Many clinicians struggled to reliably distinguish Asperger’s from “high-functioning autism.”
• The overlap in traits was too high, except for language delay.
• Research showed more continuity than separation.

But—many in the community still identify as Aspies, because it honors the distinct experience of no language delay + average or high intelligence + lifelong social eccentricity.

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👉 So in short:
• Asperger’s = Autism without early language or cognitive delay.
• DSM-IV Autism = Autism with early language/cognitive delay.

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