Ever see a shadow move in the corner of your eye and stop dead for a second because it felt real? In this episode of The Curiosity Files, Larry Flaxman breaks down the science behind shadow figures, peripheral vision, and why your brain reacts so strongly to movement in low light. This video explains how rod cells, motion detection, pareidolia, saccades, fatigue, stress, and your brain’s threat response can make shadows seem alive, especially at night.

You’ll learn why your peripheral vision is built to detect movement before detail, why dim light changes the way your eyes and brain process the world around you, and why a quick flicker can feel like a person or figure just moved across the room. Larry also explains how fear circuits in the brain react before logic catches up, which is why these moments can feel so intense, personal, and unforgettable.

If you’ve ever wondered why you see shadows in the corner of your eye, why shadow figures seem real, or why dark rooms can feel charged even when nothing paranormal is happening, this episode gives you the biology, neuroscience, and perception science behind it.

Topics covered in this video include peripheral vision, rod cells vs cone cells, low light vision, motion detection, shadow figures, pareidolia, saccades, fear response, amygdala activation, fatigue and visual perception, and the science behind paranormal experiences.

I hope you enjoyed this video, and if you found it intriguing, please share it with others who are just as fascinated by the paranormal and the unknown.

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Disclaimer: While we attempt to communicate with the spirits mentioned in this video, we cannot guarantee that we are doing so. This content is for entertainment purposes only and should not be taken as factual claims or guarantees.

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