Wonder
Wonder
Seg 1 Chromatic Adaptation. Chromatic adaptation is the ability of humans to adjust to changes in brightness to keep up with the appearance of colors. this is the reason why we are able to perceive colors properly even though lighting in real environments change constantly. Seg 2 Color-changing animals. Color changing in animals are developed adaptations which the animals use for various applications such as signaling their species or as a way to hide from predators. Animals that can change color have specialized cells called chromatophores that can alter pigmentation and light reflecting properties. Seg 3 How do we see the color pink. We are able to see pink because our brains are able to perceive variations in light and color. Although pink as a wavelength does not exist in the light spectrum, it is our brains that processes light in a such a way that we are able to perceive combinations of colors thus giving us a way to see colors like pink. Seg 4 Blue wings, blue feathers. Blue rarely exists in nature. But due to evolution, structural features in the wings and feathers of some animals allow light to bend in ways that make it possible to reflect the color blue. Seg 5 Snow camouflage. Snow camouflage, is a type of camouflage that certain creatures use to hide during winter. It is typically characterised by differing shades of grays and whites.
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Seg 1 Visually-Evoked Auditory Response. VEAR or Visually Evoked Auditory response is the type of auditory perception where our brains perceive to hear sounds in response to seeing something. In the case of the jumping pylon illusion, a thud sound is perceived even though there is no sound accompanying the animation. Seg 2 Retinal Fatigue. Retinal fatigue is the term used to describe the condition when the photoreceptors in our eyes become tired or strained due to staring at one color for extend periods of time. The effect causes an afterimage of the complementary color to appear out of nowhere and will be temporarily visible for a few seconds. Seg 3 Müller-Lyer illusion. The Müller-Lyer illusion is an optical illusion where parallel lines of the same length appear longer when perceived with different pointed arrowheads drawn at the ends. Possible explanations suggest that our minds tend to look at overall length rather than just the line's parts or segments when processing the image. Another possible explanation is that our minds tendency to look at angled lines and perceive patterns of depth. Seg 4 Ames Room. The Ames room is a specially constructed room that features a distorted and skewed floor plan. when viewed from one angle, our brain is tricked into thinking that the perspective of the rooms is normal but when a person walks from one end to another the distorted floor angle makes it look as if the person changes size drastically. Seg 5 Synesthesia. Synesthesia is a genetic condition that is present in at least 4% of the human population. People with synesthesia have hyper connected neurons that allow them to perceive a stimuli as interconnected with different senses. An example of which is the ability to see color while hearing sounds.
Program TV
| Kanał | Godzina | Tytuł |
|---|---|---|
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sobota, 23:35 | Wonder |
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niedziela, 00:10 | Wonder |
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niedziela, 23:35 | Wonder |
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poniedziałek, 00:10 | Wonder |