Does anyone actually have violet eyes

Taylor, with her stunning eyes, was a master of this art, often donning bright, colorful garments in deep red, emerald, and canary yellow to complement her vibrant eyes. The actress was often spotted wearing blue or purple eye shadow to flatter her violet eyes, or donning a deep brown shadow and eyeliner as a contrast to make them pop. But lighting and beauty strategies aside, the legendary actress was obviously naturally gorgeous!

Elizabeth Taylor's eyes were legendary — and once you catch a glimpse of them, it's easy to see why. With her pale skin and dark hair, her stunning eyes stood out even more. But were her famous peepers blue, or are they purple? Sometimes her eyes looked a vibrant cobalt blue, especially when paired with bright red lips.

But much of the time, they looked to be a clear purple — and Taylor was certainly known for having violet-hued eyes. The classic, old-Hollywood star even had a fragrance — Elizabeth Taylor Violet Eyes — named after her in The real answer: They were not purple at all, but a vibrant dark blue.

Her eyes merely appeared to be purple when exposed to certain lighting, makeup, or clothing and plenty of retouching of her images, we're sure! Taylor also had a rare genetic defect that resulted in her having two layers of eyelashes, which really helped give her colorful eyes that dramatic pop.

Here she is speaking to reporters in Purple-colored clothes and accessories — like her headband in this photo — helped make her eyes look much more violet. True purple eyes are extremely rare, and almost always occur in people with albinism.

We love how striking hers looked in this mids snap. She does, however, have a row of double eyelashes, a rare genetic mutation. People with albinism, a condition that causes a complete lack of or very low levels of pigment in the skin, hair, and eyes, sometimes appear to have violet or red eyes.

This phenomenon is explained below. Amber eyes are more common in animals than in humans. Liz West. True amber eyes are extremely rare—they are at least as rare as green eyes or perhaps even rarer. Most people have only seen a couple of amber-eyed people in their entire life. Amber eyes are completely solid and have a strong yellowish, golden, or russet and coppery tint. They can also contain a small amount of gold-ish gray.

Some sources say that this could be due to the increased presence of a pigment called lipochrome also known as pheomelanin. Amber eyes are often referred to as wolf eyes because of the strong golden and yellowish color with a copper tint similar to that seen in the eyes of wolves.

Besides wolves, amber eye color can also be found in other animals, like dogs, domestic cats, owls, eagles, pigeons and fish. Amber eyes are different from hazel eyes because they do not contain hints of brown, green, or orange.

While hazel eyes might change color or contain flecks of red or gold, amber eyes are always a solid gold hue. In poor lighting, it's easy to mistake someone with amber eyes for someone with hazel eyes. They are often brown and green, and contain speckles and mixed hues. Contrary to popular belief, true black eyes do not exist.

Some people with a lot of melanin in their eyes might appear to have black eyes depending on the lighting conditions. This is not truly black, however, but simply a very dark brown. Hazel eyes vary between brown and green, depending on surrounding conditions like lighting. Eye color is more complicated than it might seem, as it's determined by a wide range of factors and can depend to some extent on circumstance, especially lighting. Genetics determines how much pigment is present in the iris of your eye.

Up to 16 different genes play a role in determining eye color though there are two main genes that have the most influence. Melanin is the most common pigment, and it is found in the eyes, hair, and skin. There are several types of melanin, including pheomelanin which looks more red and yellow and eumelanin which tends to look brown and black. You might have noticed that there is no blue or green pigment mentioned, which means there is no green or blue pigment ever present in the eye.

There is only one kind of pigment, melanin, and its derivatives. So how can a pigment that only produces shades of brown create eyes that look green or blue? While the first half of eye color has to do with what's already in your eye, the other half has to do with what goes into it: Light! Your iris has two layers, a front and a back one, and in between those is a thin layer of tissue called the stroma, which has proteins in it namely collagen.

This will become important later. Everyone has some kind of pigment in their iris, which usually includes a layer of melanin on the back of the iris. The only exception to this is for some people with albinism, who completely lack pigment in their iris. So, technically speaking, everyone cases of albinism excepted has the same eye color. The difference comes with how it's perceived, which is due to the amount and type of melanin in the front layer of the iris and how light interacts with it.

Blue-eyed people have no or little melanin on the front layer of the iris, so as light goes through the eye, it hits the back of the iris and then reflects out.

As it goes through the stroma, the presence of proteins causes blue light to scatter, which makes the eye look blue. This phenomenon the scattering of light by particles much smaller than the wavelength of radiation is called Rayleigh scattering, and it's the same reason the sky appears to be blue. There are, however, some theories on where gray eyes come from:.

Brown-eyed people have melanin in both parts of their irises, so the effect of the light-scattering cannot be seen. The eyes appear darker because more light is absorbed, and variations in color and shade of brown come from the amount of melanin present.

The front iris layer of green-eyed individuals has only a small amounts of melanin which tends to be the red or yellowish pheomelanin.

Since the melanin concentration is very low, the light scattering effect gives off a blue color, which mixes with the yellowish color of the pheomelanin, making the eye look green. People with albinism are often considered to have violet or red eyes.

However, the truth is a little more complicated. Albinism is a condition that causes people to have a lack of pigment in their hair, skin, and eyes. Since people with albinism lack pigment in their iris, light can bounce off the back of the eye and exit the eye.

The light usually reflects back red because of the blood vessels at the back of the retina. Eyes can look violet when this red color combines with the bluish color of the iris that results from a lack of melanin, and the aforementioned light-scattering effects. In fact, the reason the eyes look red is the same reason you might have red-eye in a photograph, which results from light reflecting off the back of the eye and passing back out through the iris.

In normal eyes and lighting conditions, light cannot exit the eye like this. Many people with blue, green, or hazel eyes commonly notice that their eyes change color depending on:. This is because blue and green eyes get their color from the quality and quantity of light, not from pigment. Thus, different lighting conditions will change the quality of the eye. Mood can change the size of the pupil, which might make the iris appear to be a different color. The quantity of melanin is not changing, but simply the way that the light is reflecting and scattering through the iris.

A baby's eye color can change in the first couple of years. After that, the eye color will most likely remain the same and the only way to change the appearance of your eye color is through makeup, clothing, lighting, and color contacts.

Putting honey in your eyes will not change your eye color permanently, though it could cause you to go blind. The reason some people see their eye color change from honey is due to the inflammation of the cornea as it tries to remove it from the eye.

Unfortunately, it's impossible to predict with certainty what a child's eye color will be. In fact, scientists still don't have a way to accurately guess eye color since there are up to sixteen different genes that could be responsible for helping to determine eye color.

Though scientists used to believe that it was a relatively simple case of blue eyes being a recessive gene, and brown eyes being a dominant gene, it's now been found that eye color is determined by as many as 16 different genes. In fact, almost any combinations of parent-child eye color can occur. In general, darker colors tend to dominate lighter colors. Close Search. Vision Boutique May 4, Who in the World Has Purple Eyes? Here is a list of the most unique and rare eye colors out there in no particular order : Black eyes appear black but are really dark brown Red or pink eyes Amber eyes appear to be glowing!

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