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Van Gogh Typewriter Art

Check out this amazing Van Gogh Typewriter Art. This Van Gogh Typewriter Art is an example of a Multistable Collage, where an image is constructed from other images and shapes can be perceived in multiple ways depending on the perspective.

This amazing Van Gogh Typewriter Art was created by UK based artist James Cook using the letters V A N G O G and H on a 1960’s Olympia SG3 A3 size machine.

If you are interested in learning more about how this Van Gogh Typewriter Art and other multistable illusions work, scroll down to read more!

Like other multistable illusions, Multistable Collages can appear to switch back and forth between different interpretations, depending on how the viewer’s brain processes the visual information. If you are interested in learning more about multistable collages, scroll down to read more about them.

What is a Multistable Collage?
Multistable Collage Etymology
How do Multistable Collages work?
Some Similar Illusions
Discovery of Multistable Collages
References and Resources

What are Multistable Collages – Van Gogh Typewriter Art

The Van Gogh Typewriter Art is a type of Multistable Collage.

Typewriter art is a form of visual art that involves creating images and designs using only the keys and symbols on a typewriter. This art form dates back to the early 20th century when typewriters first became widely available, and it became particularly popular in the 1950s and 1960s, before the advent of personal computers and digital art tools.

Typewriter art can take many forms, from simple abstract designs to intricate and detailed images of landscapes, portraits, and still lifes. Artists who create typewriter art use a variety of techniques to manipulate the keys and symbols on the typewriter to create different textures, shades, and patterns. Some artists use multiple typewriters with different fonts to create more complex images, while others stick to a single typewriter and push the boundaries of what is possible with this limited medium.

Typewriter art is considered a unique and innovative form of art that requires a high degree of skill and precision. It has been exhibited in galleries and museums around the world, and many typewriter art pieces have been collected by art enthusiasts and museums. Even today, with modern digital art tools available, typewriter art remains a popular and fascinating art form that continues to inspire new generations of artists.

Multistable collages are a type of visual art that uses a combination of images, shapes, and colors arranged in a specific pattern to create an image that can be perceived in multiple ways. Like other multistable illusions, multistable collages can appear to switch back and forth between different interpretations, depending on how the viewer’s brain processes the visual information.

Multistable collages are a popular form of modern art and can be created using various mediums, such as paper, fabric, and digital media. They are studied in the field of visual perception and provide insights into how the brain processes and interprets visual information. Multistable collages are also used in various applications, such as advertising and graphic design, to create eye-catching and memorable visuals.

Multistable Collages Etymology

The Van Gogh Typewriter Art is a great example of typewriter art and a type of Multistable Collage.

The term “multistable” refers to the fact that these types of images can be perceived in multiple stable ways, meaning that the visual perception can be stable in more than one way. This term is derived from the prefix “multi-“, meaning many, and the adjective “stable”, meaning fixed or steady.

The term “collage” refers to a technique of art making that involves the use of various materials, such as paper, fabric, and photographs, arranged in a composition to create an image or design. The term “collage” is derived from the French word “coller”, which means “to glue”.

Therefore, the term “multistable collage” describes a type of visual art that uses a combination of different materials arranged in a specific composition to create an image that can be perceived in multiple stable ways. The term is used to distinguish this type of art from other forms of collage and to emphasize the visual ambiguity and complexity of the image.

How do Multistable Collages Work – Van Gogh Typewriter Art

The Van Gogh Typewriter Art is a great example of typewriter art and a type of Multistable Collage.

Typewriter art works by using the keys and symbols on a typewriter to create visual images and designs. The typewriter keys typically include letters, numbers, and various symbols and punctuation marks, which can be arranged in different patterns and combinations to create different shapes, textures, and shading.

To create a typewriter art piece, an artist will usually start by sketching out a basic design or outline of the image they want to create. They will then use the keys on the typewriter to fill in the details of the image, using different symbols and punctuation marks to create different shades and textures. Some artists may also use multiple typewriters with different fonts to create more complex images and add variety to the artwork.

One of the key challenges of typewriter art is the limited range of symbols and characters available on a typewriter, which can make it difficult to create fine details and complex shapes. To overcome this limitation, typewriter artists have developed various techniques, such as overlapping characters, using different font sizes and styles, and adjusting the spacing between characters to create the desired effect.

Typewriter art is a unique and challenging art form that requires a high degree of skill and precision. It has been used to create a wide range of images and designs, from simple abstract shapes to intricate portraits and landscapes.

Multistable collages work by using a combination of visual elements, such as shapes, colors, and images, arranged in a specific pattern to create an image that can be perceived in multiple ways. The multistable aspect of the collage arises because different viewers may perceive the image in different ways, depending on various factors, such as their visual biases, prior experiences, and context.

One of the key principles underlying multistable collages is ambiguity, which refers to the presence of multiple interpretations or meanings in the visual information. By using different visual elements that can be perceived in multiple ways, the artist creates a rich and complex image that can be seen in different ways by different viewers.

Another important principle is the role of context, which refers to the surrounding visual information that influences how the brain processes and interprets the image. For example, the same collage may be perceived differently when viewed in different lighting conditions or against different backgrounds.

Multistable collages also rely on the brain’s ability to make rapid and automatic adjustments to the visual information based on the viewer’s past experiences and expectations. This process, known as top-down processing, allows the brain to use prior knowledge and expectations to guide perception and interpretation of the visual information.

Overall, multistable collages are a fascinating form of visual art that demonstrate the complexities of visual perception and the intricate relationship between the brain and the visual world.

Some Similar Effects and Illusions

The Van Gogh Typewriter Art is a great example of typewriter art and a type of Multistable Collage.

There are several effects and illusions that are similar to multistable collages, in that they rely on visual ambiguity and the brain’s ability to interpret visual information in multiple ways. Some of these effects and illusions include:

Necker cube: This is a classic example of a multistable image, where a simple cube drawing can be perceived as oriented in different ways depending on the viewer’s interpretation.
Rubin’s vase: This is another classic example of a multistable image, where a drawing can be interpreted as either a vase or two faces in profile, depending on the viewer’s perception.
Kanizsa triangle: This illusion uses the brain’s tendency to perceive shapes and lines as complete objects, even when they are not fully drawn, to create the illusion of a white triangle on a black background.
Ames room: This is a perceptual illusion where a room appears to be a regular rectangular shape, but is actually constructed in a trapezoidal shape, which creates the illusion that people of different sizes standing at different points in the room are actually the same size.
The Spinning Dancer illusion: This is a multistable image that shows a silhouette of a dancing figure that can be perceived as spinning either clockwise or counterclockwise, depending on the viewer’s interpretation.

These effects and illusions, like multistable collages, demonstrate the complex and dynamic nature of visual perception and how the brain processes and interprets visual information.

Discovery of Multistable Collage

The Van Gogh Typewriter Art is a great example of typewriter art and a type of Multistable Collage.

Multistable collages are not typically attributed to a single discoverer, as they are a form of visual art that has developed over time through the work of many artists and designers. However, the use of ambiguous images and visual illusions in art and design can be traced back to the early 20th century, with the development of movements such as Dadaism and Surrealism. These movements were characterized by a rejection of traditional artistic conventions and a focus on the subconscious and irrational aspects of human experience.

The use of multistable images and illusions in art and design continued to evolve throughout the 20th century, with notable contributions from artists such as M.C. Escher, who created a number of iconic images that play with visual perception and perspective.

Today, multistable collages continue to be a popular form of art and design, used by artists, designers, and advertisers to create visually engaging and thought-provoking images that challenge the viewer’s perception and interpretation of visual information.

References and Resources – Van Gogh Typewriter Art

In addition to the Van Gogh Typewriter Art, check out our complete list of illusions and our collection of Multistable Collage Illusions.

Check out the Similar Multistable Collage Illusions

Afghan Girl Illusion Art, Archimedes Illusion Art, Buddha Illusion Art by Ocampo, Claude Monet Illusion Art, Copernicus Illusion Art, Darwin Illusion Painting, Forever Always Illusion Octavio Ocampo, Gauguin Illusion Art, Isaac Newton Illusion Art, John Lennon Illusion Art, Kateryna Bilokur Illusion Art, Marilyn Monroe Illusion Art, Michelangelo Illusion Art, Monet Illusion Art, Mountain Man Illusion Art, Nostradamus Illusion Art, Old Man or Young Rider Illusion, Salvador Dali Illusion Painting, Sea Woman Illusion Art, Shakespeare Illusion Art, Skull Illusion Art by Ocampo, Van Gogh Illusion Painting, Van Gogh Sunflower Illusion Art, Visions of Don Quixote, Woman and Horses Illusion Art by Ocampo, Woman of Substance Illusion Art by Ocampo, Zeus Illusion Art, Zoo Animal Head Illusion Art, Dog Illusion Art, Mona Lisa Typewriter Art

Mona Lisa Typewriter Art

Check out this amazing Mona Lisa Typewriter Art. This Mona Lisa Typewriter Art is an example of a Multistable Collage, where an image is constructed from other images and shapes can be perceived in multiple ways depending on the perspective.

This amazing Mona Lisa Typewriter Art was created by UK based artist James Cook using the letters M O N and A on a 1927 Remington Home Portable typewriter.

If you are interested in learning more about how this Mona Lisa Typewriter Art and other multistable illusions work, scroll down to read more!

Mona Lisa Typewriter Art - Original Mona

What is a Multistable Collage?
Multistable Collage Etymology
How do Multistable Collages work?
Some Similar Illusions
Discovery of Multistable Collages
References and Resources

What are Multistable Collages – Mona Lisa Typewriter Art

The Mona Lisa Typewriter Art is a type of Multistable Collage.

Multistable Collages Etymology

The Mona Lisa Typewriter Art is a great example of typewriter art and a type of Multistable Collage.

How do Multistable Collages Work – Mona Lisa Typewriter Art

The Mona Lisa Typewriter Art is a great example of typewriter art and a type of Multistable Collage.

Overall, multistable collages are a fascinating form of visual art that demonstrate the complexities of visual perception and the intricate relationship between the brain and the visual world.

Some Similar Effects and Illusions

The Mona Lisa Typewriter Art is a great example of typewriter art and a type of Multistable Collage.

Necker cube: This is a classic example of a multistable image, where a simple cube drawing can be perceived as oriented in different ways depending on the viewer’s interpretation.
Rubin’s vase: This is another classic example of a multistable image, where a drawing can be interpreted as either a vase or two faces in profile, depending on the viewer’s perception.
Kanizsa triangle: This illusion uses the brain’s tendency to perceive shapes and lines as complete objects, even when they are not fully drawn, to create the illusion of a white triangle on a black background.
Ames room: This is a perceptual illusion where a room appears to be a regular rectangular shape, but is actually constructed in a trapezoidal shape, which creates the illusion that people of different sizes standing at different points in the room are actually the same size.
The Spinning Dancer illusion: This is a multistable image that shows a silhouette of a dancing figure that can be perceived as spinning either clockwise or counterclockwise, depending on the viewer’s interpretation.

These effects and illusions, like multistable collages, demonstrate the complex and dynamic nature of visual perception and how the brain processes and interprets visual information.

Discovery of Multistable Collage

The Mona Lisa Typewriter Art is a great example of typewriter art and a type of Multistable Collage.

References and Resources – Mona Lisa Typewriter Art

In addition to the Mona Lisa Typewriter Art, check out our complete list of illusions and our collection of Multistable Collage Illusions.

Check out the Similar Multistable Collage Illusions

Flying Birds Illusion

Check out this cool Flying Birds Illusion where a flock of birds looks like a bird itself

This Flying Birds Illusion is an example of Pareidolia, a phenomenon where the brain sees a familiar pattern in ambiguous stimuli. This is also known as a murmuration which is a stunning aerial display in which a large group of birds, move together in a coordinated pattern that can resemble a flowing, twisting, or undulating shape

Pareidolia is a psychological phenomenon in which the human brain perceives a familiar pattern or image in random or ambiguous stimuli, such as in a cloud formation, a piece of toast, or the surface of the moon. This can include seeing shapes, faces, or objects in random patterns, such as seeing a face in a rock formation or a cloud that looks like a bunny rabbit. If you are interested in learning more about Pareidolia, scroll down to learn more about it.

What is Pareidolia?
Pareidolia Etymology
How does Pareidolia work?
Some Similar Illusions
Discovery
References and Resources

What is Pareidolia – Flying Birds Illusion

The Flying Birds Illusion works because of the psychological phenomenon known as Pareidolia.

This phenomenon is thought to occur because of the brain’s tendency to seek out and recognize familiar patterns and faces, even when they are not actually present. This can be seen as an evolutionary adaptation that allows us to quickly identify potential threats or opportunities in our environment.

Pareidolia is not limited to visual stimuli, and can also occur in other sensory modalities, such as hearing. For example, some people report hearing words or music in the sound of raindrops or the rustling of leaves.

This is also known as a murmuration which is a stunning aerial display in which a large group of birds, move together in a coordinated pattern that can resemble a flowing, twisting, or undulating shape. The effect is often described as a “bird ballet” or a “living cloud”.

Murmurations are not an optical illusion, but rather a natural behavior that is believed to have evolved as a defense mechanism against predators. By moving in a coordinated way, the birds are able to confuse and evade predators, making it more difficult for them to single out and attack individual birds.

Murmurations can be seen in many parts of the world, typically during the fall and winter months when birds are migrating and congregating in large flocks. The exact mechanism behind the birds’ coordinated movements is not fully understood, but it is believed to involve a combination of visual cues, such as the position and movement of nearby birds, and social signals, such as calls and body language.

Watching a murmuration can be a mesmerizing and awe-inspiring experience, as the birds move together in a fluid and seemingly choreographed way. However, it’s worth noting that getting too close to the birds or disturbing them can be stressful for the animals and is not recommended.

Pareidolia Etymology

The Flying Birds Illusion works because of the psychological phenomenon known as Pareidolia.

The term “pareidolia” comes from the Greek words “para” meaning “beside” or “beyond,” and “eidos” meaning “form” or “shape.” So the literal translation of “pareidolia” is “beyond shape” or “beside form.”

The term was first used in the field of psychology by the German psychiatrist and psychoanalyst Carl Jung in the early 20th century, to describe the phenomenon of seeing meaningful patterns in random or ambiguous stimuli. Today, the term “pareidolia” is commonly used to describe this phenomenon in various fields, including psychology, neuroscience, and art.

How does Pareidolia Work – Flying Birds Illusion

The Flying Birds Illusion works because of the psychological phenomenon known as Pareidolia.

Pareidolia works by the brain’s tendency to seek out and recognize familiar patterns and faces, even when they are not actually present. This occurs because our brain is wired to recognize and interpret visual information quickly, so that we can make sense of our environment and respond appropriately.

When we encounter an ambiguous or random stimulus, such as a cloud formation or a pattern on a wall, our brain tries to make sense of it by filling in the missing details and interpreting it as something familiar. This can lead to the perception of patterns or images that are not actually present in the stimulus.

For example, when we see a cloud formation that resembles a face, our brain processes the shape and texture of the cloud and tries to match it with a pre-existing pattern of a face stored in our memory. The brain then completes the missing details and we perceive the cloud as a face.

While pareidolia is a normal and common phenomenon, it can sometimes lead to false or irrational beliefs, such as seeing religious symbols in natural formations or interpreting random events as significant omens. It is important to be aware of pareidolia and to critically evaluate our perceptions and interpretations of ambiguous stimuli.

Some Similar Effects and Illusions

The Flying Birds Illusion works because of the psychological phenomenon known as Pareidolia.

There are several similar effects or illusions like pareidolia. Here are a few examples:

Apophenia: Apophenia is the tendency to perceive meaningful connections or patterns in random or meaningless data. This can lead to the perception of coincidences or the belief in conspiracy theories.
The McGurk Effect: The McGurk Effect is a perceptual phenomenon in which the brain combines auditory and visual information to create a perception that is different from either source alone. For example, when a person hears a sound that is paired with a video of someone making a different sound with their mouth, the brain can perceive a third, blended sound.
The Stroop Effect: The Stroop Effect is a phenomenon in which the brain struggles to process conflicting information. For example, when a person is presented with a word that is printed in a color that is different from the word itself, they may have difficulty identifying the color of the word because their brain is processing both the word and the color simultaneously.
The Müller-Lyer Illusion: The Müller-Lyer Illusion is a visual illusion in which two lines of equal length appear to be different lengths due to the addition of arrow-like shapes at the ends of the lines.

All of these effects and illusions demonstrate how the brain can be influenced by external stimuli and can lead to errors in perception and interpretation.

Discovery of Pareidolia

The Flying Birds Illusion works because of the psychological phenomenon known as Pareidolia.

Pareidolia has been observed and studied for centuries, but it is not attributed to a single individual discovery. The phenomenon has been described in various forms in different cultures and historical periods.

The term “pareidolia” itself was coined by the German psychologist Carl Gustav Jung in the early 20th century. Jung used the term to describe the phenomenon of seeing meaningful patterns in random or ambiguous stimuli, such as inkblots.

However, the concept of pareidolia has been recognized by many cultures and traditions throughout history. For example, many cultures have seen religious or spiritual significance in natural formations, such as seeing faces in the moon or the image of a deity in a rock formation. The ancient Greeks also recognized the phenomenon, and even had a word for it – “eidolon,” meaning “image” or “phantom.”

Today, pareidolia continues to be studied and discussed in various fields, including psychology, neuroscience, and art.

References and Resources – Flying Birds Illusion

In addition to the Flying Birds Illusion, check out our complete list of illusions and our collection of Pareidolia Illusions.

Check Out these Related Pareidolia Illusions

Ambiguous Walk Illusion , Blue Dragon River Illusion, Dancing Trees Illusion, Dog in Wood Illusion, Dr Seuss Tree Illusion, Dragon Tree Illusion, Elephant Rock Illusion Iceland, Elephant Rock Illusion Sardinia, Elephant Tree Branch Illusion, Elephant Tree Illusion, Face in Board Illusion, Face on Mars Illusion, Flower Face Illusion, Flower Skull Illusion, Godzilla Cloud Illusion, Happy Lake Illusion, Happy Mushroom Illusion, Happy Onion Illusion, Happy Plane Illusion, Lip Leaf Illusion, Hippo Rock Illusion, Joking Jets Illusion, Mona Maze Illusion, Mountain Cougar Illusion, Old Man of the Mountain, Parent and Child Plant Illusion, Rorschach Inkblots, Seagull Smile Illusion, Ship on Water or Tear in Leather Illusion, Side Eye Barn Illusion, Snapdragon Flower Skull Illusion, The Virgin Mary Grilled Cheese Sandwich, Walking Tree Illusion, Wood Ear Mushroom Illusion, Eye of the Forest Illusion, Tree Hands Illusion, Turtle Face Illusion, Dolphin Island Illusion, Poppy Eye Illusion, Tree Snake Illusion, Monkey Orchid Illusion, Phoenix Cloud Illusion, Tree Man Illusion, Tree Face Illusion, Tomato Tree Illusion, Spooky Tree Illusion, Duck Orchid Illusion, White Egret Orchid Illusion, Parrot Flower Illusion, Shamrock Tree Illusion, Bear in the Dresser Illusion, Dog or Towel Illusion, Angry Cashew Illusion, Profile Hill Illusion, Ballerina Cabbage Illusion, Tree Hug Illusion, Climbing Tree Illusion, Hippo Potato Illusion, Bunny Tree Illusion, Happy Potato Illusion, Strawberry Bear Illusion, Seal Pup Potato Illusion, Pear Face Illusion, Shocked House Illusion, Crazy Plant Illusion, Sad House Illusion, Dolphin or Pillow Illusion, Poinsettia Seeds or Muppets Illusion, Angry Pastry Illusion

Ice Cloud Rainbows

Ice cloud rainbows, also known as “polar stratospheric clouds” or “nacreous clouds”, are a rare type of cloud formation that occurs in the Earth’s stratosphere at high altitudes of 15,000-25,000 meters (49,000-82,000 feet).

These clouds are made up of tiny ice crystals that scatter and refract sunlight, producing a stunning display of iridescent colors ranging from pink and orange to green and blue. Unlike regular rainbows, which are formed by the refraction and reflection of sunlight in raindrops, ice cloud rainbows are formed by the interaction of sunlight with ice crystals in the atmosphere.

They are typically visible during the winter months in polar regions, such as Norway, Sweden, Finland, Canada, and Alaska. They are a rare and beautiful natural phenomenon that can be observed from the ground, but are also visible from aircraft and satellites.

If you are interested in learning more about them, scroll down to read more about it.

What are Ice Cloud Rainbows
How do Ice Cloud Rainbows work?
Some Similar Effects
Study of Ice Cloud Rainbows
References and Resources

What are Ice Cloud Rainbows

Ice cloud rainbows are typically visible during the winter months in polar regions, such as Norway, Sweden, Finland, Canada, and Alaska. They are a rare and beautiful natural phenomenon that can be observed from the ground, but are also visible from aircraft and satellites.

How do Ice Cloud Rainbows Work?

Ice cloud rainbows, also known as polar stratospheric clouds, are formed by the interaction of sunlight with ice crystals in the Earth’s stratosphere at high altitudes.

These clouds are made up of tiny ice crystals, typically less than 10 microns in diameter, which are much smaller than the raindrops that form regular rainbows. As sunlight passes through these tiny ice crystals, it is refracted or bent at different angles, causing it to be separated into its different colors, just like a prism. The colors of the rainbow appear in a specific order: red, orange, yellow, green, blue, indigo, and violet.

What makes ice cloud rainbows so spectacular is the way the sunlight interacts with the ice crystals in the clouds. Because the ice crystals are shaped like hexagonal plates or columns, they can refract sunlight in a way that produces a unique pattern of iridescent colors. This pattern, called interference, results from the constructive and destructive interference of light waves as they pass through the ice crystals.

As the ice cloud particles move and align in the stratosphere, they create different patterns of interference, which can give the ice cloud rainbow its distinctive wave-like appearance. The colors can also change and shift as the angle of the sunlight changes or as the ice crystals move in the atmosphere, creating a dynamic and ever-changing display of color.

Some Similar Effects

There are several atmospheric phenomena that are related.

Halos: Halos are optical phenomena that occur when sunlight is refracted by ice crystals in the atmosphere. They often appear as bright rings or arcs around the sun or moon and can be caused by different types of ice crystals, including those found in ice cloud rainbows.
Sundogs: Sundogs, also known as parhelia, are bright spots of light that appear on either side of the sun, often accompanied by a halo. They are caused by the refraction of sunlight by ice crystals in the atmosphere, similar to ice cloud rainbows.
Light pillars: Light pillars are vertical columns of light that appear above or below a light source, such as the sun or streetlights. They are caused by the reflection of light by ice crystals in the atmosphere, and can be seen in cold, clear conditions.
Aurora borealis: The aurora borealis, or Northern Lights, are a natural light display in the Earth’s atmosphere that are caused by the interaction of charged particles from the sun with the Earth’s magnetic field. They often appear as colorful, shimmering curtains of light in the sky and can be seen in high-latitude regions.

All of these phenomena are examples of the beautiful and intricate ways that light interacts with the Earth’s atmosphere, and they are a testament to the wonders of nature.

Study of Ice Cloud Rainbows

Ice cloud rainbows, also known as polar stratospheric clouds or nacreous clouds, have been studied by many atmospheric scientists and researchers. One notable scientist who has studied these clouds is Mark Weber, a researcher at the University of Alaska Fairbanks. Weber has conducted research on the formation, structure, and properties of ice cloud rainbows using ground-based observations, satellite data, and computer models. He has also led several expeditions to study the clouds in Arctic and Antarctic regions.

Other scientists who have studied them include Theodore Deshler at the University of Wyoming, Cora Randall at the University of Colorado Boulder, and Michael Pitts at NASA Langley Research Center. These researchers have contributed to our understanding of the physical properties and behavior of ice cloud rainbows, as well as their potential impact on climate and atmospheric chemistry.

References and Resources

In addition to the Ice Cloud Rainbows, please check out our complete list of illusions.

Sorvagsvatn Lake Illusion

The Sorvagsvatn Lake Illusion also known as “Lake over the Ocean,” is an optical illusion that makes it appear as though a lake is floating high above the ocean. In reality, the lake, called Lake Sørvágsvatn, is situated on the island of Vágar in the Faroe Islands, and it is just a few meters above sea level.

Another factor that contributes to the illusion is the difference in color between the lake and the ocean. The lake is a darker color than the ocean, which creates a contrast that makes the lake appear to be floating.

The Sorvagsvatn lake illusion is created by a combination of perspective and contrast, which make it appear as though a lake is floating high above the ocean.

If you are interested, scroll down to learn more about it.

What is the Sorvagsvatn lake illusion?
How does the Sorvagsvatn lake illusion?
Some Similar Illusions
References and Resources

What is the Sorvagsvatn lake?

Sorvagsvatn is a lake located on the island of Vagar in the Faroe Islands, which is an archipelago in the North Atlantic Ocean.

The lake is situated on a cliff that is about 30 meters above sea level and surrounded by rugged terrain and steep cliffs. The lake has a unique shape, with two distinct sections connected by a narrow channel.

The western section is larger and deeper than the eastern section, which is shallower and more elongated. The lake is fed by several small streams that flow into it from the surrounding hills, and it has no visible outlet. Instead, it drains into the ocean through underground channels.

The lake is situated near the airport on the island of Vagar and is part of the Vágar Island Tourist Information Centre’s hiking trail network. Visitors can hike to the edge of the cliff overlooking the lake to take in the stunning view, which includes rolling hills, grassy meadows, and the ocean in the distance.

Sorvagsvatn is a natural wonder and one of the must-visit destinations in the Faroe Islands, with its unique geography and stunning optical illusion that makes it appear as if the lake is floating above the sea.

How does the Sorvagsvatn lake illusion work?

The Sorvagsvatn lake illusion is created by a combination of perspective and contrast, which make it appear as though a lake is floating high above the ocean.

Some Similar Illusions

There are several other illusions that involve perspective and visual cues that make objects appear larger or smaller, closer or farther away, or even floating or levitating. Here are a few examples:

Forced perspective illusion: This illusion uses the principles of perspective to create an optical illusion that makes objects appear larger or smaller than they really are. For example, a person standing closer to the camera can appear much larger than a person standing farther away, even if they are actually the same size.
Ames room illusion: In this illusion, a trapezoidal room is built with a false back wall, which makes one corner of the room appear much farther away than the other. This creates the illusion that two people of the same size can be drastically different in height, depending on where they are standing in the room.
Floating cube illusion: This illusion uses a combination of perspective and shading to make a flat image of a cube appear three-dimensional and floating above a surface.
Penrose stairs illusion: Also known as the “impossible staircase,” this illusion uses the principles of perspective and geometry to create a staircase that appears to loop back on itself, creating an impossible structure.

These are just a few examples of the many optical illusions that use perspective, contrast, and other visual cues to trick our brains into perceiving things in unexpected ways.

References and Resources

In addition to the Sorvagsvatn lake illusion, check out these Sorvagsvatn Fun Facts and Check out our complete list of illusions.

Floating Boat Illusion

The Floating Boat Illusion occurs when the water is exceptionally clear and calm, creating an optical illusion that makes a boat look as if it is floating in mid-air or hovering above the water’s surface.

This illusion is caused by the refraction of light, which makes objects appear to be in a different position than they actually are. The refraction occurs because light travels at different speeds through different media, such as air and water, and changes direction as it passes through the water’s surface.

As a result, the image of the boat appears to be displaced and elevated above its actual position.. If you are interested in learning more about the illusion, scroll down to read more about it.

What is the Floating Boat Illusion?
How does the Floating Boat Illusion work?
Some Similar Illusions
Discovery of the Floating Boat Illusion
References and Resources

What is the Floating Boat Illusion?

The floating boat illusion, also known as the ghost boat illusion, is a phenomenon that occurs when a boat appears to be floating above the surface of the water, even though it is actually sitting in the water.

This illusion occurs when the water is exceptionally clear and calm, allowing light to pass through the surface of the water without much refraction.

As a result, the image of the boat appears to be displaced and elevated above its actual position, creating the illusion that the boat is floating in mid-air.

This effect can be quite convincing and can be difficult to distinguish from actual levitation without closer inspection.

How does the Floating Boat Illusion Work?

The floating boat illusion, also known as the ghost boat illusion, occurs due to the phenomenon of refraction. Refraction is the bending of light when it passes through a medium of different density, such as from air to water.

When light passes through the surface of water at an angle, it slows down and changes direction, which can cause the image of an object to appear displaced from its actual position. This is because the light rays from the object are refracted as they enter the water and again as they leave the water and enter the air, causing the image to be distorted.

In the case of the floating boat illusion, the water is so clear and still that the refraction of light is minimal, making the boat’s image appear to be floating above the water’s surface. This effect is enhanced by the fact that our brains are used to seeing boats sitting on the water’s surface, so the elevated appearance of the boat in the water creates a perceptual illusion that the boat is floating above the water. The illusion can be so convincing that it can be difficult to tell whether the boat is actually floating or not without further inspection.

Some Similar Illusions

There are many different types of optical illusions, including several that are similar to the floating boat illusion. Here are a few examples:

Mirages: Mirages occur when light is refracted by hot air near the ground, creating the appearance of water or objects in the distance. This illusion is often seen in deserts, where the air near the ground can be much hotter than the air above.
Fata Morgana: Fata Morgana is a type of mirage that appears as a complex, distorted image of an object or landscape. This illusion occurs when light is refracted by layers of air with different temperatures, creating multiple images that are stacked on top of each other.
Haze: Haze is an atmospheric phenomenon that occurs when tiny particles in the air scatter light and make distant objects appear hazy or indistinct. This can create the illusion that objects are farther away than they actually are.
Superior mirage: Superior mirages occur when the temperature of the air near the ground is colder than the air above. This can cause light to refract upward, creating the appearance that objects are floating above their actual position.
The Moon illusion: The Moon illusion occurs when the Moon appears larger when it is near the horizon than when it is higher in the sky. This illusion is caused by a combination of factors, including the fact that our brains use the size of nearby objects as a reference point for estimating the size of more distant objects.

Discovery of the Illusion

The floating boat illusion, also known as the ghost boat illusion, is not attributed to any particular discoverer or inventor.

Rather, it is a well-known optical illusion that has been observed by many people over time.

The phenomenon is likely to have been noticed by individuals who spent time near clear and calm bodies of water, such as fishermen or sailors, long before it was formally studied or given a name.

The floating boat illusion is now widely recognized and studied by scientists and researchers interested in the science of perception and optical illusions.

References and Resources

In addition to the Floating Boat Illusion, Check out our complete list of illusions.

Invisible Building Illusion

This Invisible Building Illusion taken of a building in Singapore is a “vanishing point” illusion or “vanishing edge” effect.

This occurs when the glass building has a highly reflective surface and the angle of reflection is such that the reflected image appears to merge with the background scenery, making one side of the building seem to disappear. This effect is often used in modern architecture to create the illusion of a seamless integration between the building and the surrounding environment.

If you are interested in learning more about how the Invisible Building Illusion works, scroll down to read more about it.

What is the Invisible Building Illusion?
How does the Invisible Building Illusion work?
Some Similar Illusions
Use the Invisible Building Illusion
References and Resources

What is the Invisible Building Illusion?

The Invisible Building Illusion is a “vanishing point” illusion or “vanishing edge” effect which occurs when the glass building has a highly reflective surface and the angle of reflection is such that the reflected image appears to merge with the background scenery, making one side of the building seem to disappear. This effect is often used in modern architecture to create the illusion of a seamless integration between the building and the surrounding environment.

How does the Invisible Building Illusion Work?

The Invisible Building Illusion is a vanishing edge illusion that occurs when a highly reflective glass building reflects the surrounding scenery in such a way that the reflected image appears to merge with the background. This creates the impression that one side of the building has no physical boundary or edge, and blends seamlessly with the environment.

The illusion is created due to the way light reflects off the surface of the glass. When light hits the glass at a certain angle, it reflects off the surface at an angle that is equal to the angle of incidence. This means that the reflected image appears to be a continuation of the scenery behind the building, as if the building’s glass surface is transparent.

The illusion is further enhanced by the angle of observation. If you are standing in a certain position where you can see both the building and its reflection, your brain tries to make sense of the conflicting information it is receiving from both sources. As a result, your brain may perceive the reflection as a continuation of the scenery behind the building, leading to the vanishing edge effect.

Architects can intentionally use this effect to create visually stunning buildings that seem to blend seamlessly into their surroundings. It’s worth noting that this effect is highly dependent on lighting conditions and the viewer’s angle of observation, so it may not be present at all times of day or from all vantage points.

Some Similar Illusions

There are many illusions like the Invisible Building Illusion that involve the perception of depth, distance, or perspective. Here are a few examples:

Forced perspective: This illusion involves using scale and perspective to create the impression that objects or spaces are larger or smaller than they actually are. For example, a photograph of a person holding up the Leaning Tower of Pisa may create the impression that the tower is smaller than it really is.
Anamorphosis: This illusion involves distorting an image so that it appears normal only when viewed from a certain angle or with a certain tool, such as a cylindrical mirror or a special lens.
Op art: Op art, short for optical art, is a style of art that uses optical illusions to create the impression of movement, depth, or other effects. This can include patterns that appear to vibrate, shimmer, or warp.
Trompe l’oeil: This illusion involves creating an image that is so realistic it appears three-dimensional or as if it is a part of the physical space it is in. This can include paintings of doors or windows that appear to be open or objects that appear to be hanging off the wall.

All of these illusions use visual cues to create the impression of something that is not actually there or to challenge our perception of what is real.

Use of the Invisible Building Illusion

Several artists and architects have used the vanishing point illusion like the Invisible Building Illusion in their work. Here are a few examples:

Leandro Erlich: Argentine artist Leandro Erlich is known for his large-scale installations that use optical illusions to create surreal environments. One of his most famous works is “Dalston House,” a building facade in London that appears to be suspended in mid-air.
Claes Oldenburg: American sculptor Claes Oldenburg created a series of sculptures in the 1960s that used the vanishing point illusion to create the impression of objects disappearing into the ground. One of his most famous works is “Giant Three-Way Plug,” a giant electrical plug that appears to be partially sunk into the ground.
James Turrell: American artist James Turrell creates installations that explore the nature of light and perception. His work often involves using light projections and architectural interventions to create immersive environments that challenge our perception of space and depth.
Norman Foster: British architect Norman Foster is known for his sleek, modernist buildings that often incorporate reflective surfaces and use the vanishing point illusion to create a sense of depth and scale. One of his most famous works is the Hong Kong and Shanghai Bank building in Hong Kong, which features a mirrored facade that reflects the surrounding skyline.

References and Resources

In addition to the Invisible Building Illusion, check out our complete list of illusions.

Singapore is a sovereign city-state and island country located in Southeast Asia.

It is one of the smallest countries in the world, with a total land area of just 728.3 square kilometers (281.2 square miles).

The country is located at the southern end of the Malay Peninsula, and is separated from Indonesia to the south by the Singapore Strait and from Malaysia to the north by the Johor Strait.

Singapore is a highly developed and prosperous country with a diverse economy, strong financial sector, and a population of over 5.7 million people.

It is known for its cleanliness, safety, efficient transportation system, and world-class attractions, including Marina Bay Sands, Gardens by the Bay, and Sentosa Island.

Singapore is also known for its strict laws and regulations, including laws related to littering, chewing gum, and drug offenses.

We hope you enjoyed the Invisible Building Illusion!

Mountain Shadow Illusion

This Mountain Shadow illusion is not exactly an illusion by itself, but it’s really cool. However, the appearance of the shadow can be affected by atmospheric conditions such as haze, fog, or cloud cover. This can cause the shadow to appear softer or more diffuse, which may give the illusion of a larger or more dramatic shadow. So while the mountain shadow effect is a real phenomenon, its appearance can be influenced by various factors in the atmosphere creating an illusion.

A mountain shadow or a mountain-induced shadow occurs when the sun is low in the sky and a mountain casts a long shadow onto the clouds or the ground below.

The shadow can be quite dramatic and may stretch for many miles, depending on the size and shape of the mountain. This effect is often seen at sunrise or sunset when the sun’s rays are at a low angle, and the shadow of the mountain is projected onto the opposite side of the valley or onto the clouds.

What is Mountain Shadow Illusion
How does the Mountain Shadow Illusion
Some Similar Illusions
References and Resources

What is Mountain Shadow Illusion

Mountain Shadow Illusion or a mountain-induced shadow occurs when the sun is low in the sky and a mountain casts a long shadow onto the clouds or the ground below.

The shadow can be quite dramatic and may stretch for many miles, depending on the size and shape of the mountain.

This effect is often seen at sunrise or sunset when the sun’s rays are at a low angle, and the shadow of the mountain is projected onto the opposite side of the valley or onto the clouds.

How does Mountain Shadow Illusion Work?

The Mountain Shadow Illusion or effect occurs when a mountain blocks the path of sunlight, creating a shadow on the ground or in the atmosphere. When the sun is low in the sky, the mountain casts a long shadow that can stretch for many miles, depending on the size and shape of the mountain.

The process behind the mountain shadow effect is relatively simple: the sun’s rays are parallel, and when they hit the mountain, they are blocked in a straight line, creating a sharply defined shadow. The length and size of the shadow depend on the altitude and angle of the sun, the height and width of the mountain, and the distance between the mountain and the observer.

When the sun is low on the horizon, the shadow cast by the mountain can appear very long and may stretch for many miles, even extending beyond the visible horizon. This effect is often seen at sunrise or sunset when the sun’s rays are at a low angle and the shadow of the mountain is projected onto the opposite side of the valley or onto the clouds.

The mountain shadow effect is a fascinating natural phenomenon that is a result of the interaction between sunlight and topography.

Some Similar Illusions

The mountain shadow effect is not an illusion, but rather a real phenomenon caused by the obstruction of the sun’s rays by the mountain. When the sun is low in the sky, the mountain casts a long shadow onto the ground or clouds, and this shadow appears to be much larger than the mountain itself. This is because the sun’s rays are parallel, and when they hit the mountain, they are blocked in a straight line, creating a sharply defined shadow.

However, the appearance of the shadow can be affected by atmospheric conditions such as haze, fog, or cloud cover. This can cause the shadow to appear softer or more diffuse, which may give the illusion of a larger or more dramatic shadow. So while the mountain shadow effect is a real phenomenon, its appearance can be influenced by various factors in the atmosphere.

Here are some other natural phenomena or optical illusions that are similar to the mountain shadow illusion:

Crepuscular rays: These are sunbeams that appear to radiate from the point in the sky where the sun is located. They are often visible at sunrise or sunset when the sun is low on the horizon and is obscured by clouds or other obstacles.
Fata Morgana: This is a complex mirage that can create the illusion of distant objects, such as ships or buildings, appearing to float in the air above the horizon. Fata Morgana is caused by the bending of light as it passes through layers of air with different temperatures and densities.
Green flash: This is a rare optical phenomenon that can occur at sunrise or sunset, where a green flash of light briefly appears on the horizon as the sun disappears below or emerges from the horizon. The green flash is caused by the refraction of sunlight by the Earth’s atmosphere.
Sundogs: These are bright spots or patches of light that can appear on either side of the sun when it is low on the horizon. Sundogs are caused by the refraction of sunlight by ice crystals in the atmosphere.
Mirage: A mirage is an optical illusion in which distant objects appear to be distorted, displaced or inverted. This occurs due to the refraction of light as it passes through layers of air with different temperatures and densities.

These are just a few examples of the many fascinating natural phenomena and optical illusions that occur in the world around us.

References and Resources

In addition to the Mountain Shadow illusion, check out our complete list of illusions.

The mountain shadow illusion or effect is a natural phenomenon that has been observed by people for centuries, and there is no one person who can be credited with its discovery or popularization. People have likely been fascinated by the dramatic shadows cast by mountains since ancient times.

The phenomenon has been depicted in art and literature throughout history, and it continues to be a source of inspiration for artists and photographers today. In modern times, the mountain shadow effect has also been studied by scientists and meteorologists, who have used it to gain insights into atmospheric conditions and weather patterns.

So while there may not be a single person who can be credited with discovering or popularizing the mountain shadow effect, it is a fascinating natural phenomenon that has captured the imaginations of people throughout history.

Solar Pillar Illusion

Check out these amazing Solar Pillar Illusions. A solar pillar is an atmospheric optical phenomenon that appears as a vertical column of light above or below the sun, often at sunrise or sunset.

If you are interested in learning more about how these Solar Pillar Illusions work, scroll down to learn more about it.

What is the Solar Pillar Illusion?
How does the Solar Pillar Illusion work?
Some Similar Illusions
Discovery of the Solar Pillar Illusion
References and Resources

What is the Solar Pillar Illusion

A solar pillar illusion is an atmospheric optical phenomenon that appears as a vertical column of light above or below the sun, often at sunrise or sunset.

The solar pillar is caused by the reflection of sunlight by ice crystals in the atmosphere, which act as tiny mirrors and reflect the light in a vertical direction.

The pillar can appear as a bright, glowing column of light that extends several degrees above or below the sun, and it can sometimes be colored, with hues of orange, red, or pink.

Solar pillars are a type of halation phenomenon, which are caused by the refraction, reflection, and scattering of light in the atmosphere.

They are a rare but beautiful sight and can be seen in certain locations and weather conditions.

How does the Solar Pillar Illusion work?

Solar pillars are caused by the reflection of sunlight by ice crystals in the atmosphere.

When the sun is near the horizon at sunrise or sunset, its light passes through a greater amount of atmosphere than when it is higher in the sky.

This causes the light to be scattered and refracted by the atmosphere, which can create a variety of optical effects. In the case of solar pillars, the light is reflected by hexagonal ice crystals in the air, which act as tiny mirrors and reflect the light in a vertical direction.

This creates the appearance of a bright, glowing column of light that extends above or below the sun.

The color of the solar pillar depends on the position of the sun and the composition of the ice crystals, which can scatter and refract different wavelengths of light.

Some Similar Illusions

Some related atmospheric optical phenomena to the Solar Pillar Illusion that are caused by the refraction, reflection, and scattering of light in the atmosphere include:

Sun dogs – bright spots of light that appear on either side of the sun, caused by the refraction of sunlight through hexagonal ice crystals.
Halos – rings of light that appear around the sun or moon, caused by the refraction and reflection of light by ice crystals in the atmosphere.
Rainbows – arcs of colored light that appear in the sky opposite the sun, caused by the refraction, reflection, and dispersion of sunlight by raindrops in the atmosphere.
Glories – rings of colored light that appear around the shadow of an observer’s head on a cloud or fog bank, caused by the diffraction and interference of light waves.
Green flashes – a phenomenon where the top edge of the sun appears to briefly flash green just as it is setting or rising, caused by atmospheric refraction of the sun’s light.
Fata Morgana – a complex form of mirage that can produce distorted and magnified images of distant objects in the sky or on the horizon, caused by atmospheric refraction and temperature inversions.

Discovery of the Solar Pillar Illusion

Many of these atmospheric optical phenomena have been known for centuries and have been described in historical texts and artwork.

However, the scientific understanding of these phenomena and their underlying physics has been developed over the past few centuries by scientists and researchers in the fields of optics, atmospheric science, and meteorology.

Some early researchers who made significant contributions to the study of atmospheric optics include Christiaan Huygens, Isaac Newton, and Robert Boyle.

More recently, atmospheric scientists and meteorologists have used advanced instruments and computer models to better understand the complex interactions between light and the atmosphere that produce these phenomena.

References and Resources

Check out our complete list of illusions.

Van Gogh Tile Illusion

Check out this awesome Van Gogh Tile Illusion.

If you squint your eyes, you’ll see the tile blocks transform into the iconic Van Gogh self portrait.

The Van Gogh Tile Illusion is is type of tile illusion or sometimes called a “mosaic” illusion. These illusions are created by using smaller elements, such as squares or circles, to build a larger image. When viewed from a distance, the brain merges the smaller elements together to form a coherent image. However, as you get closer to the image, you can see the individual elements and the image becomes less clear.

This effect can be seen in various forms of art and design, such as pixel art or pointillism, where the image is built up from many small dots or pixels. Additionally, it is often used in digital imaging as a technique for creating low-resolution images that still appear clear when viewed from a distance.

Scroll down to see the Van Gogh Tile Illusion, then the original artwork by Van Gogh. If you still can’t see the image in the Tile Illusion, scroll down a bit more to see smaller versions that make the effect more clear.

After you check out the Van Gogh Tile Illusion, scroll down some more to read about how tiled illusions work.

The original Van Gogh self portrait to compare to the Van Gogh Tile Illusion.

It will be easier to see the effect in these smaller images.

Table of Contents – Van Gogh Tile Illusion

What is a Tile Illusion?
How do Tile Illusions work?
Some Similar Illusions
Discovery of the Tile Illusion
References and Resources

What is a Tile Illusion – Van Gogh Tile Illusion

The Van Gogh Tile Illusion is a type of tiled illusion which is a type of visual illusion in which a larger image is created from smaller, repeating elements or tiles. The tiles can be of different shapes, colors, or textures, and are carefully arranged to create the impression of a larger, more complex image when viewed from a distance.

Tiled illusions work by taking advantage of the brain’s tendency to group visual information into larger patterns or wholes. This is a process called “perceptual grouping” or “figure-ground organization.” By arranging the tiles in specific ways, the artist or designer can create the impression of recognizable objects, landscapes, or other scenes.

Tiled illusions can be found in many different contexts, from art and design to architecture and urban planning. For example, tiled mosaics have been used for centuries in decorative art and architecture, and can be found in everything from ancient Roman villas to modern subway stations.

How do Tile Illusions Work?

Van Gogh Tile Illusion is a tile or mosaic illusions which work by using small, discrete elements, such as squares or circles, to build a larger image. The individual elements are carefully arranged to create the impression of a continuous, recognizable image when viewed from a distance.

When you look at a tile illusion from a distance, your brain merges the individual elements together into a single image, using a process called “grouping.” This process is based on the Gestalt principles of perception, which describe how the brain organizes visual information into coherent wholes.

One of the main principles of grouping is “similarity,” which means that the brain groups together elements that are similar in shape, color, or other visual characteristics. In a tile illusion, the elements are arranged so that they create areas of similarity that correspond to the different regions of the larger image. For example, areas of similar color or brightness might correspond to the sky in a landscape, while areas of different color or brightness might correspond to the ground or other objects.

As you get closer to a tile illusion, the individual elements become more visible, and the image becomes less coherent. This is because the brain has to work harder to group the elements together into a recognizable image. In some cases, the individual elements may even become apparent, and the image may appear as a collection of discrete shapes rather than a coherent whole.

Tile illusions are a fascinating example of how the brain processes visual information, and they demonstrate the importance of context and visual grouping in our perception of the world around us.

Some Similar Illusions – Van Gogh Tile Illusion

There are several other types of illusions that are similar to tile illusions like the Van Gogh Tile Illusion in that they rely on the brain’s ability to group visual information in specific ways. Here are a few examples:

Moiré patterns: These are patterns created by overlapping two or more grids or patterns with slightly different orientations. When the patterns are overlaid, the brain tries to reconcile the conflicting information by creating a new, often intricate pattern. Moiré patterns can be found in many different contexts, including art, textiles, and printing.
Op art: Op art (short for “optical art”) is a style of art that uses geometric shapes and patterns to create optical illusions of movement, depth, and other effects. Op art often uses repeated or layered patterns that can create a sense of visual distortion or confusion.
Kinetic art: Kinetic art is a type of art that relies on movement to create visual effects. Kinetic art often uses mechanical or electrical devices to create motion, and can create illusions of movement, depth, or perspective.
Anamorphic illusions: Anamorphic illusions are images that are distorted or stretched in a specific way so that they appear normal when viewed from a particular angle or with a specific device, such as a mirror or lens. Anamorphic illusions can create startling or dramatic effects, and are often used in art and advertising.

These illusions demonstrate the incredible complexity of visual perception and the many ways that the brain processes and interprets visual information.

Discovery of the Tile Illusion

Tile illusions like the Van Gogh Tile Illusion have been used in art and design for centuries, but it’s difficult to attribute their popularity to any one individual or group. The use of tiles and mosaics in decorative art and architecture can be traced back to ancient civilizations, such as the Greeks and Romans, who used tiles to create intricate patterns and images in their buildings.

In modern times, tile illusions have been popularized by artists and designers working in a range of media. For example, the Dutch artist M.C. Escher is famous for his intricate, mind-bending tile designs, which often feature impossible architectural structures and other visual paradoxes. Escher’s work has been widely influential in the fields of graphic design, illustration, and optical art.

Other artists and designers who have used tile illusions in their work include Bridget Riley, Victor Vasarely, and Sol LeWitt, among many others. Tile illusions have also been used extensively in digital art and design, where they can be created using computer algorithms and graphics software.

The popularity of tile illusions can be attributed to their versatility and visual impact. Tile illusions can be used to create a wide range of effects, from simple patterns and images to complex, three-dimensional structures, and they have the ability to capture the viewer’s attention and imagination in a way that few other visual techniques can.

References and Resources

In addition to the Van Gogh Tile Illusion, check out our complete list of illusions.