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Saturday 28 September 2024 21:50:53 GMT
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TRENDING? SO THIS EXPLAINS IT. ๐Ÿ™‚ What color do you see in the dress? If you are wondering, this is the famous dress meme that shacked the internet couple of years back. If you are like me, you will see this as white and gold whereas some others will see it as black and blue or green. No matter how hard you try to convince the other party, they will keep on seeing what they see. Why does it happen? After years of research we may eventually know the answer. To understand that, we first need to understand some basics and a reality that whatever we see is nothing but a visual reconstruction of the reality. The spectrum of light we can see consists of three primary colors we call red, green, and blue. They all have specific wavelengths of electromagnetic energy. When it falls on a mango, the mango absorbs the blue wavelength and reflect the red and green. This light hits our ratina and brain combines them to give the subjective experience of seeing a ripe yellow mango. If your brain is wired otherwise, you may see some different color which is what happens with color blind people. But most peopleโ€™s brain work in the same way in certain condition where we can say with certainty what the color is because this is what 99% of the people see.  But this conditions are ambiguous, then the brain is not so certain. Brain then relies on prior experience to disambiguate the color.  These are called intrapersonal bistable visual illusionsโ€”bistable because each brain settles on one interpretation at a time, and intrapersonal because every brain settles on the same two interpretations. A neuroscientists named Pascal Wallisch, conducted a study on 10000 subjects to understand what was happening with the image of dress. He realized that the photo had been taken on a dreary day. It was taken with a cheap phone. One portion of the image was bright, and the other was dim. The lighting was ambiguous. Pascal explained that the color that appeared in each brain was different depending on how each brain disambiguated the lighting conditions. For some, it disambiguated the ambiguous as black and blue; for others, as white and gold. After two years of research with more than 10,000 participants
TRENDING? SO THIS EXPLAINS IT. ๐Ÿ™‚ What color do you see in the dress? If you are wondering, this is the famous dress meme that shacked the internet couple of years back. If you are like me, you will see this as white and gold whereas some others will see it as black and blue or green. No matter how hard you try to convince the other party, they will keep on seeing what they see. Why does it happen? After years of research we may eventually know the answer. To understand that, we first need to understand some basics and a reality that whatever we see is nothing but a visual reconstruction of the reality. The spectrum of light we can see consists of three primary colors we call red, green, and blue. They all have specific wavelengths of electromagnetic energy. When it falls on a mango, the mango absorbs the blue wavelength and reflect the red and green. This light hits our ratina and brain combines them to give the subjective experience of seeing a ripe yellow mango. If your brain is wired otherwise, you may see some different color which is what happens with color blind people. But most peopleโ€™s brain work in the same way in certain condition where we can say with certainty what the color is because this is what 99% of the people see. But this conditions are ambiguous, then the brain is not so certain. Brain then relies on prior experience to disambiguate the color. These are called intrapersonal bistable visual illusionsโ€”bistable because each brain settles on one interpretation at a time, and intrapersonal because every brain settles on the same two interpretations. A neuroscientists named Pascal Wallisch, conducted a study on 10000 subjects to understand what was happening with the image of dress. He realized that the photo had been taken on a dreary day. It was taken with a cheap phone. One portion of the image was bright, and the other was dim. The lighting was ambiguous. Pascal explained that the color that appeared in each brain was different depending on how each brain disambiguated the lighting conditions. For some, it disambiguated the ambiguous as black and blue; for others, as white and gold. After two years of research with more than 10,000 participants

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