Unveiling the Fascinating World of Colors: How They Work and Why They Amaze

Mia Nightshade

Updated Thursday, March 28, 2024 at 12:00 AM CDT

Have you ever wondered how colors work? It's a mesmerizing phenomenon that never fails to captivate our senses. In a recent video that has been making waves on social media, the secrets behind the magic of colors are revealed. The video, titled "How colors work," delves into the science behind colors and their incredible properties.

One enthusiastic viewer commented, "I love this sort of stuff." And indeed, this video is a treasure trove of knowledge for anyone interested in uncovering the mysteries of colors. However, not all comments were as positive, with one person exclaiming, "BURN THE WITCH AND THEIR DEMONS." While this comment may seem unrelated, it speaks to the passionate reactions this video has generated.

The video explains that cyan is created by overlapping blue and green, while magenta is a combination of blue and red. Similarly, yellow is formed by mixing red and green. What makes these secondary colors even more fascinating is that their complementary colors are the primary colors missing from their composition. For instance, the complementary color to cyan is red. Understanding these color relationships helps us appreciate the complexity and beauty of the color spectrum.

The video also sheds light on the difference between white light seen in the video and the sunlight we experience in our daily lives. While the video demonstrates light containing three specific frequencies that stimulate our eye's detectors, sunlight consists of various frequencies that stimulate combinations of cells in our eyes. Despite this disparity, our eyes cannot distinguish between the two types of light. This insight adds a new layer of wonder to the world of colors.

Another comment humorously mentions an association with the word "cyan" and a frustrating printer experience. It's intriguing how certain words trigger memories and emotions in unexpected ways.

For those seeking further exploration, the video includes a link to the original post. This provides an opportunity to delve deeper into the topic and engage with fellow color enthusiasts.

The video also touches on the revolutionary impact of the blue LED, highlighting its game-changing role in the world of lighting. This invention has opened up new possibilities and paved the way for technological advancements.

Intriguingly, pigments behave differently from light, as they absorb specific wavelengths rather than emitting them. The primary colors in pigments are red, blue, and yellow. When mixed, these colors often result in brown due to the imperfect complementarity of absorbed wavelengths. It's a fascinating aspect of color theory that showcases the intricacies of the world we live in.

The video's reference to "decompose" sparks a moment of reflection for one viewer, who contemplates the phrase "The light is rotting." It's a testament to the power of language and the unexpected thoughts it can provoke.

Of course, no discussion is complete without a touch of humor. One comment playfully suggests, "Light is gay agenda! -republicans." It's a lighthearted reminder that science can be fun and open to interpretation.

The video also includes a delightful remark for those watching in black and white, reminding them that the pink ball is next to the green. It's a small detail that adds a touch of inclusivity to the discussion.

As the video concludes, viewers eagerly request further experiments, such as a double slit experiment with coherent light. These requests highlight the thirst for knowledge and the desire to explore the boundaries of our understanding.

Among the comments, one viewer shares a touching anecdote about their visit to a science museum with their young son. The awe and excitement experienced by the child, and even a nearby older kid, demonstrates how science can ignite curiosity and create unforgettable moments. It's a reminder that learning is a lifelong adventure.

This video on how colors work is a must-watch for anyone fascinated by the world of light and color. It unravels the secrets behind color combinations, the differences between light sources, and the fascinating properties of pigments. Prepare to be amazed as you embark on a journey through the captivating realm of colors.

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View source: Imgur

Top Comments from Imgur




I love this sort of stuff.


As to why: cyan = overlapping blue + green, magenta = blue + red, yellow = red + green. The complementary color to each of these secondary colors is the one missing RGB component, meaning red for cyan and so on. If you mix a secondary color with its complementary primary color, you have R+G+B again.


♻️♻️♻️ https://imgur.com/gallery/YBB266r


Worth noting, the white light seen here, and the white light you see from (for example) the sun, are not quite the same thing. This is light that contains 3 very specific frequencies, that happen to each stimulate one of the 3 types of detectors in your eye. The sun's light contains all kinds of different frequencies of light that stimulate combinations of the cells. Your eyes aren't capable of distinguishing the two though. Similarly, the "yellow" shadow there contains no actual yellow 1/


Here’s a link to the first time this was posted. https://imgur.com/gallery/YBB266r


I can't see the word "cyan" without thinking: "F*** you. Low on cyan." And that stupid little printer grin.


Now let's see what happens when we don't observe the lights.


And now you know why the invention of the blue LED was such a damn game changer


Fun fact: pigments behave differently because they *absorb* light. Primary colors in pigment are red, blue, and yellow. Mix all three and you usually get brown because the absorbed wavelengths aren't perfectly complementary (if they were the result would be absorbance of all the light---black).

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