AmTyd (@amtydd)

WHO WILL DO ALL?? #pokemon #pokemongo #pokemoncards #fyp #foryou #foryoupage

It’s only $298,000. Yall okay with me buying this?? #disney #fyp #kids #family

“They took the carrrr” #potterhead #harrypotter #fyp

These rendered tabletops use the same screen-space shape—one is only rotated 90°. Perspective and depth cues can make them look dramatically different. Did they match before the reveal? Effects vary. #opticalillusion #shepardtables #visualillusion #lookagain

The two particle orbs follow identical paths twice—but only the second crossing has an impact sound. Did the sound make them look like they bounced? Comment 1 or 2. Effects vary. #opticalillusion #visualexperiment #audiovisualillusion #lookagain

Both particle-ring tests are programmed completely still, but the asymmetric light and dark steps may create apparent peripheral drift. Did yours move clockwise, counterclockwise, both ways, or not at all? Effects vary. #opticalillusion #visualexperiment #peripheraldrift #lookagain

A spark flashes first, then every gold particle in the line appears on the exact same frame. Does it still look like the line shoots away from the cue? Effects vary. #opticalillusion #visualexperiment #illusorylinemotion #lookagain

The gold sphere stays perfectly fixed while two surrounding particle fields move. Did it drift in test one, test two, both, or neither? Effects vary. #opticalillusion #visualexperiment #inducedmotion #lookagain

These particle orbs travel on perfectly vertical centerlines while their internal particles drift sideways. Do the paths look straight, tilted, or curved? Effects vary. #opticalillusion #visualexperiment #doubledrift #lookagain

These rings expand and contract, but every particle keeps the exact same angle. Do the inner and outer rings seem to twist or reverse? Effects vary. #opticalillusion #visualexperiment #pinnaillusion #lookagain

These two particle lights travel at exactly the same programmed speed. Do the stripes make blue or gold seem to hesitate? Effects vary. #opticalillusion #visualexperiment #footstepsillusion #lookagain

Every particle changes color at exactly the same rate. Do the changes become easier to see when the cloud stops moving? Effects vary. #opticalillusion #visualexperiment #motionsilencing #lookagain

The gold and cyan sparks are programmed to share the same angle at every flash—but does the moving gold spark look farther ahead? Effects vary. #opticalillusion #visualexperiment #flashlageffect #lookagain

The particle motion is identical in both tests—only the window changes. Does the tall portal make the flow seem to turn? #opticalillusion #visualexperiment #barberpoleillusion #lookagain

Which way is this particle cage turning? Its programmed direction and speed never change—but without depth cues, it may appear to reverse. Did yours flip? #opticalillusion #visualexperiment #kineticdepth #lookagain

Keep your eyes on the gold dot. When this particle tunnel freezes, it may seem to pull backward. Did it move for you? #opticalillusion #visualexperiment #motionaftereffect #lookagain

Keep your eyes on the center dot and follow the spoken instructions. When the sphere stops, does it still seem to move? Tell me what you see. #OpticalIllusion #VisualIllusion #LookAgain

This image never moves—but the rings may seem to rotate when you shift your gaze. Every test frame is pixel-for-pixel identical. Comment MOVED or STILL. #OpticalIllusion #VisionTest #LookAgain

Your brain may draw edges that never appear on the screen. Try two ghost-shape tests, watch the proof, then comment 1 or 2. Which illusory contour is stronger? #OpticalIllusion #VisionTest #LookAgain

Nothing moves between the four corners—but your brain may see the dots jump side to side or up and down. Read first, stare at the white center, then comment ↔ or ↕. Can you make it switch? #OpticalIllusion #VisionTest #LookAgain

Your eyes may create colors that never appear on the screen. Read each instruction first, then keep staring through the distraction-free test. Comment 1, 2, BOTH, or NEITHER. Effects vary. #OpticalIllusion #ColorAfterimage #VisionTest #LookAgain

Stare only at the white dot. The three yellow dots never leave the screen—but your brain may erase one. Read the directions first, then try the distraction-free test. Comment 0, 1, 2, or 3. #OpticalIllusion #VisionTest #LookAgain

Do you see gray dots that are not there? Try both visual tests, then comment 1, 2, BOTH, or NEITHER. Effects vary. #OpticalIllusion #VisionTest #LookAgain

Stare at the gold center while the spiral turns, then keep looking when the frozen dots return. Do they seem to move? Original animation and music. #OpticalIllusion #LookAgain #MotionAftereffect

One drawing, two answers. Can you switch between the vase and faces—then flip the cube without changing a single line? Original animation and music. #OpticalIllusion #LookAgain #VisualPerception

Which orange circle looks bigger? They stay exactly equal while the gray neighbors disappear and swap. Watch the moving measuring ring prove it. Original animation and music. #OpticalIllusion #LookAgain #Ebbinghaus

Three quick vision tests: your eyes add a triangle, misread a hidden line, and stretch an equal length. Every reveal includes visible proof. Original animation and music. #OpticalIllusion #LookAgain #VisualPerception

Are these gray lines parallel? Every divider is horizontal—the staggered tiles make them look crooked. Watch the pattern disappear and rebuild. Original animation and music. #OpticalIllusion #LookAgain #CafeWall

Which line looks longer? Two visual tests, two moving proofs. Compare the straight middle sections first, then try the perspective rails. Original animation and music. #OpticalIllusion #LookAgain #VisualPerception

Which square looks lighter—A or B? Watch the samples move: their gray stays the same. Original animation inspired by the checker-shadow illusion. #OpticalIllusion #LookAgain #VisualPerception