The universe as we see it**, as shown in 1JPG", all of which are derived from NASA's space telescope. However, what is striking is that these ** were originally black and white, "2JPG shows the real picture captured by the space telescope. NASA uses filter technology such as 3jpg", the colors are based on the radiation colors of the elements in the nebula to create a stunning picture of the universe.
But this coloring technique is biased because color does not exist in physics, instead it is wavelength. Light is a wave with different wavelengths, while the human eye can only perceive light with wavelengths between 380 nanometers and 760 nanometers, which is called visible light. This begs the question: Are there colors in the universe that humans can't perceive?Or is color just an illusion of the human brain?
4.JPG proposes this thought, suggesting that color may be a subjective consciousness, a brain's response to the objective world. **The science behind the colours, we review a controversial dress** 5JPG", which reveals the subjective perception of color by the human eye. Different people think that the dress is white or blue and black, which provokes deep thinking about the subjectivity of color.
The article further explains the principle of color formation, 6JPG illustrates the relationship between color and waves. If an object does not emit light, we cannot see the color because the light is diffusely reflected to the eyes after hitting the object. 《7.JPG explains how the eye sees color, and the cones process light in the retina, forming electrical signals that are transmitted to the brain, so that we can see the color of objects.
There are three types of cones, which are red, yellow, and blue, also known as the three primary colors. Color blindness occurs if someone lacks some kind of cone cell in their eyeball, 9JPG shows what people with color blindness see. There are even people who have tetrachromatic cones, such as 13JPG's Concetta Antico, who can perceive a shade of orange that humans can't see.
15.JPG notes that the dress color controversy may be related to how active the cones are. The more and more developed cones there are, the more brilliant the colors we can see and the more sensitive they are to color discrimination. At the same time, the article introduces rod cells, which are responsible for vision in dark and low light, similar to human night vision.
Subsequently, the article introduces the latest display technology - Mini LED, "18JPG compares the light size of Mini LED and traditional LED, while 20JPG shows tens of thousands of mini LED tubes on one screen. This technology has higher brightness, better contrast and longer life than OLED, and can achieve ultra-large screens.
22.JPG reveals TCL's leadership in Mini LED technology, especially the application of its third-generation QD-Mini LED technology. The article points out that QD-Mini LED technology TVs have surpassed OLED TVs in picture quality, and remain competitive in price.
Finally, the article looks forward to the future of TV screens, ** with the continuous progress of technology, the screen will continue to increase "cones" and "rods" to provide better picture quality performance. Interpreting the mystery of color in the universe from a scientific perspective reveals the difference between the human eye and technology in terms of color perception, and makes us look forward to a more realistic and shocking visual experience brought by display technology in the future.
This article profoundly reveals the human perception of the colors of the universe and the role of technology in this regard. First of all, through the author's interpretation of space**, let us realize that the original black-and-white cosmic picture is given color through NASA's technical means. The use of this filter technique, as well as the sensitivity to the radiant colors of the elements in the nebula, give us a striking picture of the universe, although the authenticity of these colors is still somewhat biased.
The science behind the colors also became an important part of the article. Through a detailed explanation of light, wavelength, and the principle of action of the cone cells of the human eye, 4JPG introduces a profound question: Is color just an "illusion" of the human brain?This question provokes in-depth thinking about the subjectivity of color, as well as the subjective differences in the perception of color by different individuals about the same object, as shown in 5jpg".
The article cleverly connects scientific principles to everyday life, and through the interpretation of the color controversy of dresses, it leads to the subjectivity of the human eye's perception of color. This difference in subjective perception stems from the activity of the cones, which organically combines scientific principles with the phenomena of everyday life.
Subsequently, the article introduces the latest achievements in display technology - Mini LED. By comparing the performance of Mini LED and conventional LEDs, as well as an introduction to TCL's leading position in Mini LED technology, 22JPG presents the future of display technology. This section makes the article more practical, not only explaining the formation of color in the universe, but also linking this scientific principle to contemporary technological developments, leading the reader into the future.
Finally, the article's outlook for the future makes the review more in-depth. By mentioning the development trend of future display technology, especially the increase in "cones" and "rods", 24JPG presents the possibility of a more realistic and shocking visual experience brought by future display technology. This part expands the topic of the article to a more macro level, making the whole article not only an interpretation of current technology and life, but also an outlook for future technology trends.
Overall, this article not only explains the formation of cosmic colors and the perception of colors by the human eye in simple terms, but also makes readers look forward to the future of science and technology by introducing the development trends of contemporary technology. This combination of scientific principles and real-life writing makes the essay both deep and universal, inviting readers to think deeply about the scientific mysteries behind the colors.
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