A deeper look into false memories reveals how our minds can distort reality, raising questions about eyewitness reliability and the truth behind the stories we believe.
The Science Behind False Memories and Eyewitness Reliability
Browsing Category
Science and Paranormal
66 posts
The Science Behind Confirmation Bias in Investigations
Overcoming confirmation bias requires understanding the brain’s reward system that unconsciously influences investigative judgments.
The Science Behind Expectation Effects in Haunted Locations
Lurking within haunted locations, expectation effects shape perceptions, revealing how our minds interpret the eerie — and the truth may be even stranger.
The Science Behind Apophenia and Pattern Seeking
I’m about to reveal how your brain’s pattern-seeking instincts shape perception in unexpected ways, and why you might see meaning where none exists.
The Science Behind Pareidolia in Photos and Audio
A fascinating look into how our brains interpret random images and sounds as familiar patterns, revealing intriguing insights about perception and cognition.
The Science Behind Hypnagogia and Hypnopompia: Liminal States
Unlock the mysteries of hypnagogia and hypnopompia to discover how your brain creates surreal, vivid experiences during these fascinating liminal states.
The Science Behind Sleep Paralysis Vs Nighttime Visitations
Neither sleep paralysis nor nighttime visitations are supernatural—discover the fascinating science behind these mysterious nighttime experiences to uncover what truly causes them.
The Science Behind Carbon Monoxide Poisoning and Haunting Reports
Learn how invisible carbon monoxide may mimic hauntings, revealing the science behind eerie experiences and ways to stay safe.
The Science Behind Quantum Entanglement Claims in the Paranormal
Beware of sensational claims linking quantum entanglement to paranormal phenomena, as scientific evidence remains inconclusive and often misinterpreted.
The Science Behind Electromagnetic Fields and Human Perception
Science reveals how electromagnetic fields influence human perception by interacting with neural processes, prompting curiosity about the unseen forces shaping our senses.
