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@th.thm.l853: Cái gì khó gọi ce ❤️❤️🎂

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Saturday 10 October 2026 19:20:55 GMT
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ankhang299
ankhang299 :
Đẳng cấp thật đấy
2026-10-11 07:25:32
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htrang2k2
Tiệm của hà 🌸 :
Quá cháy
2026-10-11 03:18:42
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huon5318
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2026-10-11 11:23:49
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Hay nuevos avances importantes en el caso Ayotzinapa 🇲🇽 Nuevas detenciones, nuevas lieneas de investigación y un exgobernador que destruyo evidencia clave ⚠️ #Ayotzinapa #43 #Politica #mexico
Hay nuevos avances importantes en el caso Ayotzinapa 🇲🇽 Nuevas detenciones, nuevas lieneas de investigación y un exgobernador que destruyo evidencia clave ⚠️ #Ayotzinapa #43 #Politica #mexico
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Every eye is a compromise. Different animals evolved different visual systems depending on what they needed to survive. But how do scientists actually know what an animal sees? They study the anatomy of the eye, especially the types and distribution of photoreceptors in the retina. By measuring which wavelengths different photoreceptors respond to, researchers can estimate what colors an animal can detect. They also examine the structure of the lens, cornea, and retina, test visual acuity, and study how animals respond to different light patterns and moving objects. In some species, scientists can even record activity from individual neurons in the visual system. A goldfish, for example, has four types of cone cells, including one sensitive to ultraviolet light, giving it access to wavelengths humans cannot see. A chameleon can rotate its eyes almost 180° independently, scanning different directions before bringing both eyes forward to focus on prey. Bats aren't blind. Many can see ultraviolet and visible light, although echolocation has become their dominant system for navigating and hunting in darkness. A frog's retina is particularly sensitive to small, dark objects moving against a background, making it excellent at detecting insects. Cows are dichromats, with a wide field of view but less color and fine-detail perception than humans. Horses can see roughly 350° around themselves, although they have blind spots and lower visual acuity. Turtles use colored oil droplets in their retinal cells to filter light, while mosquitoes combine vision with chemical signals such as COz when searching for a host. So scientists don't simply
Every eye is a compromise. Different animals evolved different visual systems depending on what they needed to survive. But how do scientists actually know what an animal sees? They study the anatomy of the eye, especially the types and distribution of photoreceptors in the retina. By measuring which wavelengths different photoreceptors respond to, researchers can estimate what colors an animal can detect. They also examine the structure of the lens, cornea, and retina, test visual acuity, and study how animals respond to different light patterns and moving objects. In some species, scientists can even record activity from individual neurons in the visual system. A goldfish, for example, has four types of cone cells, including one sensitive to ultraviolet light, giving it access to wavelengths humans cannot see. A chameleon can rotate its eyes almost 180° independently, scanning different directions before bringing both eyes forward to focus on prey. Bats aren't blind. Many can see ultraviolet and visible light, although echolocation has become their dominant system for navigating and hunting in darkness. A frog's retina is particularly sensitive to small, dark objects moving against a background, making it excellent at detecting insects. Cows are dichromats, with a wide field of view but less color and fine-detail perception than humans. Horses can see roughly 350° around themselves, although they have blind spots and lower visual acuity. Turtles use colored oil droplets in their retinal cells to filter light, while mosquitoes combine vision with chemical signals such as COz when searching for a host. So scientists don't simply "look through an animal's eyes." They combine anatomy, photoreceptor sensitivity, neural activity, behavioral experiments, and physics to reconstruct the visual world available to each species. There is no single best eye. Every visual system is built around what an animal needs to find, avoid, hunt, or survive. #fyp #viral #trending #mindblowing #perspective
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