Some people actually have the superpower of seeing the world at a 'higher frame rate'

According to the latest research from the prestigious journal PLOS ONE, there is a very small number of the global population who can see the world at a higher "frame rate" than others.

You may not believe it, but this is 100% true. According to the latest research from the prestigious journal PLOS ONE, there is a very small number of the global population who can see the world at a higher "frame rate" than others. This superior ability is called "refresh rate sensitivity" or "motion sensitivity" . People who possess this superpower can recognize and process information from visual effects more quickly than normal people. 

Picture 1 of Some people actually have the superpower of seeing the world at a 'higher frame rate'
People with this ability process information from visual stimuli more quickly than normal people. (Illustration).

Characteristics of people with this ability

  1. Quick Response: They can react quickly to visual and motion impacts. 
  2. High sensitivity: Their eyes are capable of perceiving visual details at a higher speed.
  3. Adapt well to living and working environments: They often adapt well to dynamic environments, such as sports, driving, or motion effects in video games.

Super advantage in sports and gaming

  1. Sports: People with this ability have an advantage in competing in sports that require quick reactions and movement recognition, such as soccer, baseball, and extreme sports.
  2. Video games: In games that require quick reactions and motion processing, like first-person shooters (FPS) or racing games, they may have an advantage over other players. 

How to check and detect

Currently, there is no precise method to test or measure the ability to see the world at high frame rates. However, performing vision and response tests can help determine the level of eye sensitivity and response.

Reason

The exact mechanism behind this ability is not yet understood. However, it may be related to how the eye and brain process and understand information from visual stimuli and movement.