If you have been puzzled by Mona Li

If you have been puzzled by Mona Lisa's smile – how she's radiant one moment and serious the next instant – then your worries are over. It happens because our eyes are sending mixed signals to the brain about her smile.

Different cells in the retina transmit different categories of information or "channels" to the brain. These channels encode data about an object's size, clarity, brightness and location in the visual field.

"Sometimes one channel wins over the other, and you see the smile, sometimes others take over and you don't see the smile," says Luis Martinez Otero, a neuroscientist at Institute of Neuroscience in Alicante, Spain, who conducted the study along with Diego Alonso Pablos.

This isn't the first time scientists have deconstructed Leonardo da Vinci's masterpiece. In 2000, Margaret Livingstone, a neuroscientist at Harvard Medical School with a side interest in art history, showed that Mona Lisa's smile is more apparent in peripheral visionMovie Camera than dead-centre, or foveal, vision. And in 2005, an American team suggested that random noise in the path from retina to visual cortex determines whether we see a smile or not.

ผลลัพธ์ (อังกฤษ) 2:

If you have been puzzled by Mona Lisa's smile - how she's radiant one moment and serious the next instant - then your worries are over. Happens because our eyes are sending Mixed Signals to the Brain About Her Smile. Different cells in the Retina transmit different categories of information or "Channels" to the Brain. These Channels encode Data About an Object's Size, clarity, brightness and Location in the Visual field. "Sometimes one Channel WINS over the Other, and You See the Smile, sometimes others take over and You do not See the Smile," says Luis. martinez Otero, a neuroscientist at Institute of Neuroscience in Alicante, Spain, Who Along with Diego Alonso Pablos conducted the Study. This is not the deconstructed Leonardo da Vinci First time scientists have's Masterpiece. In 2000, Margaret Livingstone, a neuroscientist at Harvard Medical School with a side interest in art history, showed that Mona Lisa's smile is more apparent in peripheral visionMovie Camera than dead-centre, or foveal, vision. And in 2005, an American team suggested that random noise in the path from retina to visual cortex determines whether we see a smile or not.

ผลลัพธ์ (อังกฤษ) 3:

If you have been puzzled by Mona Lisa 's smile - how she' s radiant one moment and serious the next instant - then your worries. Are over. It happens because our eyes are sending mixed signals to the brain about her smile.

Different cells in the retina. Transmit different categories of information or "channels" to the brain. These channels encode data about an object ', s size. Clarity.Brightness and location in the visual field.

"Sometimes one channel wins over the other and you, see, the smile sometimes. Others take over and you don 't see the smile, "says Luis Martinez Otero a neuroscientist, at Institute of Neuroscience in. ,, Alicante Spain who conducted the study along with Diego Alonso Pablos.

.This isn 't the first time scientists have deconstructed Leonardo Da Vinci' s masterpiece. In 2000 Margaret Livingstone,,, A neuroscientist at Harvard Medical School with a side interest in art history showed that, Mona Lisa 's smile is more apparent. In peripheral visionMovie Camera than, foveal dead-centre or, And, in 2005 vision.An American team suggested that random noise in the path from retina to visual cortex determines whether we see a smile. Or not.