The transition from the virtual world to the real one is always jarring. Non-digital reality, just as it was before entering the simulation, now looks muted, like an old photograph faded from years of sun exposure. It takes time for the eyes to adjust, to recalibrate to a reality no longer exaggerated by digital brilliance. But what lingers is the unsettling feeling that, someday, the headset may not be necessary. That one day, the world outside may try to match the artificial spectacle inside.
The Tension Between Two Worlds
We’re living at a pivotal moment in human visual experience. For the first time in history, colors generated through digital means are competing with—and in some cases surpassing—the colors we encounter in the physical world. While digital color spaces like RGB and sRGB can theoretically produce millions of distinct colors, the human visual system is far more limited in its ability to distinguish between similar shades.
“We live in an sRGB world, a standard decided by Microsoft years ago,” explains digital artist Aaron Alden. “Since it became the internet’s color standard, most of what we see exists within a very limited color gamut. It’s more restricted than what we’re capable of producing on almost every screen, television, or device we own.”
Despite this limitation, digital displays can produce colors that feel more vibrant and intense than many naturally occurring pigments. This creates a strange paradox: our technology is simultaneously more limited than natural vision in some ways, yet able to create visual experiences that feel more intense than reality in others.
The Evolution of Artists’ Approaches
For artists who have made the journey from traditional to digital mediums, this transition has required new ways of thinking about color.
“When I started painting, I wanted to use acrylics, but acrylics don’t have the color saturation that oils do,” Alden notes. “So I had to develop techniques to get more saturation from the medium itself.” In the digital realm, he finds himself contending with different limitations: “I still use whatever tricks I have at my disposal to amplify the impression of color, but I’m limited by technology.”
This sentiment is echoed by other artists who’ve made similar transitions. Jess Ticchio, a 3D animator and digital artist, describes how her early black and white work evolved: “But being black and white, everything felt a bit… heavy. The process was enjoyable, but the result didn’t evoke the inspiration or emotions I wanted. When I discovered 3D and digital art, it was like a revelation. Suddenly, I could explore color and dimension in ways that felt restorative and uplifting.”
Max Capacity, a glitch artist, offers another perspective on his creative process: “I love exploring duotone lighting and complementary color combinations, like pink and green or orange and blue. Some of it is instinctive—it just feels right. But other times, I’m more deliberate, thinking about how colors evoke emotions or interplay in unexpected ways.” This suggests that our relationship with color is as much about memory and emotion as it is about pure visual sensation.
The Science of Seeing
The difference between digital and physical color isn’t just technological—it’s biological. The human eye’s limitations in color discrimination are rooted in our evolutionary history. While we have three types of cone cells sensitive to different wavelengths of light, they respond to broad ranges rather than precise frequencies. This means that many mathematically different combinations of RGB values stimulate our photoreceptors in effectively identical ways.
Dark adaptation—the process by which our eyes adjust to lowlight conditions—further demonstrates the plasticity of human vision. In darkness, rhodopsin regenerates in our rod cells, allowing us to detect even faint light stimuli after about 20-30 minutes. This natural ability to adapt to different lighting conditions has evolved over millions of years.
Yet now, we’re asking our visual systems to adapt to something entirely new: screens that emit rather than reflect light, digital worlds that can shift and change in ways physical objects cannot, and colors that push the boundaries of what occurs naturally.
The Future of Color
As digital displays become more ubiquitous, many artists wonder about the future relationship between digital and physical color. Will our expectations of the physical world change as we spend more time in digital environments?
“If I’ve spent hours in VR, the world can feel muted when I take the headset off,” Ticchio observes. “But I think that vibrancy in digital spaces works best as a contrast to the natural world. It’s not something I’d want all the time—it would be overwhelming.”
This raises questions about how our urban environments might evolve. As screens become more integrated into public spaces, how will this affect our perception of non-digital surroundings?
“In gray, urban environments, screens can add much-needed vibrancy, and that’s a positive,” Ticchio says. “But in naturally colorful settings, screens might detract from the environment. It all comes down to how they’re used.”
Max Capacity offers another perspective, noting that his work often aims to recapture a vibrancy he remembers from childhood: “I was always drawn to full saturation—because in my memory, NES and Sega Genesis games were so vibrant. But when I went back as an adult, I realized they weren’t actually that colorful.” This suggests that our relationship with color is as much about memory and emotion as it is about pure visual sensation.
A Spectrum of Possibilities
For Alden, who works with LED installations, the physical environment plays a crucial role in how his light-based work is perceived: “In my studio, “Parallel Tones” looked better than it did in a recent art show. My studio has white walls, which became part of the work, reflecting the colors and enhancing the overall effect.” This interaction between digital light and physical space points to a future where the boundaries between digital and physical color might blur.
As technology advances, we may find new ways to bridge the gap between what we can imagine and what we can see. “I believe that, at times, my mind perceives colors that aren’t restricted by the gamut limitations of our eyes,” Alden says. “Similarly, in digital technology, we can sense that there’s more to see than what we’re currently able to perceive.”
Perhaps the most exciting possibility lies not in digital color replacing physical color, but in the two realms inspiring and enhancing each other. As Ticchio suggests, “If done thoughtfully—curating beautiful gradients or art instead of overwhelming ads—screens could enhance public spaces without overshadowing nature.”
The evolution of color vision stands as a masterclass in genetic adaptation and epistatic interaction. From early mammals scurrying through a monochrome nocturnal world to primates navigating canopies of ripe fruit, our visual systems have always adapted to what we needed to see. Now, as we create new visual worlds through technology, we’re challenging our perceptual systems once again.
And now? Now we adapt to screens, to LED-illuminated nights, to virtual colors that do not exist in nature. If trichromatic vision emerged to help us survive, what exactly is this new phase of adaptation preparing us for?
We may not yet have the answer, but as we continue to push the boundaries of what’s visually possible—in both digital and physical realms—we’re writing the next chapter in humanity’s relationship with color. It’s a future where the palette is expanding, even as we’re still learning to understand what we see.