Eye of the Beholder

pixabay - natureworks

pixabay – natureworks

I don’t know why the science of light and color caught my attention. Perhaps it’s the fantastical element of how this intricate world works that intrigues me. The initial leap sent my imagination cartwheeling. Another perceptual shift in reality and possibility. More inspiration.

My first memory of the nature of color is the moment I learned that when we interpret something as being “red,” the object is actually all the colors except “red.” Red is the merely the wavelength of light the object reflects. This rule applies to every person and thing entering our vision – we see reflected light, not what is absorbed, not the “color” they are, not the solid objects at all.

Well, in my little pea-brain, that’s mind-blowing.

pixabay public domain pictures

pixabay public domain pictures

Waves of light are received by the unique cones and rods in our retinas and interpreted by our one-of-a-kind brains. Each eye has about 6-7 million cones that receive intense levels of light and create the sensation of color. Each eye also has about 120 million peripheral rods, which are more sensitive to dim light and transmit black and white information to the brain. This is why nightfall drains the color of the day. It’s not magic after all.

Biologically, what I see is different from what you see. Red to me is different from red to you. It’s all interpretation, perception, not of solid objects and entities but of waves of light. As I look around my living room this morning, I shift my perception, aware that I see only light beams.

It’s all light, all perception, beauty in the eye of the beholder.

So where does this science take me? Straight into fantasy, of course.


pixabay – stevebidmead

When writing The Melding of Aeris, I researched the visual perception of animals. In the book, humans have developed the ability to graft animal skin, scale, horns, other stuff, and eyes to their bodies. (I know, weird, but that’s me). I learned that although humans discern a broader spectrum of colors than most mammals, many animals perceive color better than we, see sharper and farther or have vision highly attuned to movement. A variety of birds, fish and insects see the shorter wavelengths of ultraviolet light invisible to the human eye.

Well that’s cool. What else can’t we “see?”

pixabay geralt

pixabay geralt

Centuries after Newton first observed that color is not inherent in objects, our scientists experiment with bending waves of light. Since all we see is reflected light, it makes sense that if we bend it around something, we render that thing invisible. In The Bone Wall, a few characters have developed the ability to manipulate light waves. Of course, to my thinking, if we have the skill to bend light, why not waves of sound and heat as well? I travel that path without a second thought.

I’ve always liked musing about perception, chipping away at the borders of what I imagine is real. I like watching science “discover” what ancient wisdom has been teaching for thousands of years. We all experience those laughable moments when science proves a truth we already know. At the same time, I relish my eye-opening moments when science flints a spark of creativity and leaves me with the question, “What if?”