6.9K
BLHow I listen to a song with polyphonic perception 🤔
Source: Lavessa._
@blurredlinesch
#Polyphonic Perception Brain Function
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28Reels en Tendencia
(12)
6.4K
DRNever knew this was called Polyphonic Perception, but I started to hear every little detail in songs since I started playing keys and producing music 🎧🔥
#polyphonicperception #polyphonic #perception #musicproducer #iknow
@drewonthekeys
7.2K
ELSurely no one can hear two measures in music at once?!? Maybe I’m imagining g it wrong… someone call Jacob collier or pentatonic #musiccomedy #polyphonicperception #musictheory #pentatonix #polyphonic
@elbrownn
26.5K
REPerception basically balances two modes: focused/predictive and open/receptive… roughly corresponding to the brain’s hemispheres (with about 17000 caveats).
@reannecrane
3.7M
HEMove your finger slowly from left to right across the pattern while watching your finger with your eyes, taking about two seconds to travel across the whole width. When you reach the right speed you should start to perceive the stripes smoothly drifting to the right even though they are not actually moving. Then move your finger back the other way and follow it again with your eyes and the stripes should appear to drift smoothly to the left. After a little practice you can even switch the apparent direction of motion on your own without needing your finger as a guide.
This visual phenomenon is known as Sigma Motion.
It was named by the neuroscientist O. J. Grüsser, but the effect was first described by James Pomerantz.
What’s fascinating is that the motion you see is not actually happening.
Your brain creates the illusion because of the interaction between image reversal and eye movements.
Here’s what’s happening psychologically:
When your eyes move, the brain sends a motor command to the eye muscles.
At the same time, it sends a copy of that command — called an Efference Copy — to the visual system.
This internal signal helps the brain distinguish between:
• Movement happening in the world
• Movement caused by your own eyes
In illusions like this, the signals don’t perfectly align, so the brain interprets the visual change as external motion.
So even though the image is static, your brain constructs movement from the mismatch.
It’s a powerful reminder of something important in psychology and neuroscience:
We don’t see reality exactly as it is.
We see the brain’s interpretation of it.
Sometimes your brain invents motion where none exists.
💬 Comment “VISION” if the illusion fooled you.
🔔 Follow @healngrow.psych for more psychology and perception insights.
Disclaimer:
This content is shared for educational and awareness purposes only. All rights belong to their respective owners. DM for credit or removal.
#Neuroscience #VisualIllusion #BrainScience #HumanPerception #CognitivePsychology OpticalIllusion MindBlown PsychologyFacts BrainAndMind HealNGrowPsych
@healngrow.psych
30.4K
BRTrippy visual illusions mimic the brain’s perception during hallucinogenic experiences by distorting color, shape, and movement. These illusions work by tricking the brain’s visual processing system—your eyes capture the image, but your brain interprets it in ways that feel surreal or impossible. Patterns like spirals, shifting colors, or flashing lights stimulate the visual cortex, creating a sense of depth, motion, or even floating objects where none exist.
They’re often inspired by optical effects like the phi phenomenon (perceived motion in still images) or chromatic adaptation (your eyes adjusting to color contrasts). While harmless in short bursts, they reveal the complexity of how our brains filter and interpret visual information—and why we can’t always trust our eyes!
#OpticalIllusions #BrainTricks #VisualEffects #TrippyArt #Perception #meme #viral #video #viralvideos #viralmemes #viralreels
@brasersworld
8.3K
EUO que parece brincadeira é neurociência em ação.
Música, movimento e atenção ativando o cérebro ao mesmo tempo.
🎼 Beethoven
🧠 Córtex auditivo, visual e motor
✨ Neuroplasticidade acontecendo ao vivo
Pequenos gestos constroem grandes cérebros.
.
#neurociencias #neuroplasticidade
@eu.valquiriafavaro
106.8K
HE👀 Your brain is about to bend straight lines into curves.
This illusion is called the Mainz-Linez Illusion.
The dots are actually moving in perfectly straight lines.
But when you focus on one of the X’s in the center, your brain suddenly perceives them as following curved paths.
Nothing in the image changes.
Only your perception does.
This happens because the brain tries to interpret motion and patterns simultaneously, and sometimes it prioritizes context over raw visual data.
The illusion was first demonstrated in 2025 by
Ian M. Thornton,
Anna Riga,
Sunčica Zdravković, and
Dejan Todorović,
with details published in i-Perception.
The interactive version was created by Michael Bach.
Sometimes the brain sees patterns that don’t actually exist.
💬 What do you see — straight or curved?
🔔 Follow us for more psychology and mind-bending illusions @healngrow.psych
Disclaimer:
All content belongs to its respective owners. DM for credit or removal. No copyright infringement intended.
#OpticalIllusion #BrainTricks #VisualPerception #PsychologyFacts #MindBending CognitiveScience BrainScience PerceptionVsReality HealNGrowPsych
@healngrow.psych
113.9K
CAIn the video, the sound never changes — only the sentence written on the board does. Yet each time, you hear something different. This happens because your brain doesn’t process sound in isolation. The auditory cortex integrates what you see, what you expect, and what you’ve learned before. Research on cross-modal perception, including variations of the McGurk effect, shows that visual context can literally alter what you hear. The brain is not a microphone. It’s a prediction system constantly matching input to expectation.
Now zoom out. If a simple written sentence can reshape the way you hear identical audio, imagine what your beliefs are doing to your life. Your past experiences function like that board — priming your nervous system and biasing your interpretation of neutral events. Change the internal script, and the same external reality begins to feel different. This is neuroplasticity at work: update the model, and perception updates with it.
#Capiomind #Neuroscience
@capiomind
519.4K
DAThis is not a trick. Not editing. And not magic.
It is your brain working exactly as it was designed to.
While the video is moving, the brain does not process each pixel in isolation. It integrates visual information over time. It links successive frames and constructs a coherent form. That is why the sword appears.
The sword is not fully present in any single frame.
It emerges through temporal integration.
When you pause the video, time disappears for the visual system. Without motion, integration stops. Without integration, organized form collapses. What remains is visual noise.
The sword does not disappear from reality.
It disappears because the neural mechanism required to perceive it is no longer active.
This happens because the human brain is not a camera. It is a biological system built for prediction, continuity, and action. It organizes information to allow efficient interaction with the world.
And here is the crucial point — without relativism:
Reality remains objective.
What changes is the brain’s ability to access it under certain conditions.
That is why, in science, in judgment, and in life, slowing down matters. Not to deny truth, but to verify whether what seems obvious is supported by structure — or merely by expectation.
Neuroscience does not claim that truth is relative.
It teaches something more precise:
Seeing clearly requires time, context, and method. 🧠🚀
(If you like this content, follow me for more! I'm studying MedSchool and Engineering at the same time. Help me reach my first 170,000 followers)
@davincilabxp
14.6K
UNThe Brain on Music: A Complex Symphony of Activity
Listening to music is a full-brain experience. Neuroscientific studies show that music triggers activity across various brain regions. The auditory cortex processes sound, but music also activates areas responsible for movement, emotions, and memory, making it a holistic experience for the brain. Studies using fMRI and PET scans have shown that music listening leads to increased activity across the brain’s temporal, frontal, and parietal regions, illustrating the complexity of how the brain processes music.
Rhythm and Movement: Activating the Motor Cortex
One of the reasons people often move to music is because rhythm stimulates the motor cortex. Research shows that rhythmic sound can enhance motor coordination, which is why it’s being used to help people with movement disorders like Parkinson’s disease. Even for people without motor issues, music often leads to unconscious movements, like toe-tapping or head-nodding, as the brain naturally responds to rhythmic patterns.
Music and Emotion: The Role of the Limbic System
Music evokes powerful emotions by engaging the limbic system, particularly the amygdala, which is involved in processing emotional reactions. The release of dopamine, a neurotransmitter associated with pleasure and reward, occurs when we listen to music we enjoy. This neurochemical response explains why certain songs can make us feel euphoric or deeply moved.
Music and Memory: Tapping Into the Past
Music’s connection to memory is one of its most fascinating effects. Studies have found that music can trigger vivid recollections, sometimes even bringing back long-forgotten memories. This is particularly evident in patients with Alzheimer’s disease, where familiar music can access memories that seem otherwise inaccessible.
#truthseeker #music #mindcontrol #truth #conspiracy #conspiracytheory #brainwash #brainwaves #musicindustry #wakeup #control
@uncovering_hidden_truths
115.1K
SANot all polymathic minds are the same. And no, you are not all 5 of them. 😉
You recognise all of them because you have a curious mind.
But one describes how you actually default when nobody is watching. Find that one first. Your secondary is the mode that shows up when your primary gets blocked or overwhelmed.
Here are the 5️⃣ modes:
▪️The Integrative: you connect everything across every domain.
▪️The Serial: you go all in, complete it, and move on. Sequential depth.
▪️The Exploratory: curiosity always comes before commitment.
▪️The Applied: you learn by doing. Theory without utility is useless to you.
▪️The Conceptual: you live in ideas and systems. The output layer is where it gets hard.
Comment which one you are 👇 #polymath #identity #psychology #adhd #multipotentialite
@samaravslife
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