Poch'Up
This magic packaging received 4 gold medals with congratulations from the jury at the International Exhibition of Inventions in Geneva, at the Lépine Competition in Paris and at the Pittsburgh Inventors show.
Forced perspective box:
"Oh La La Shrink Box" Magic Box
"Pas d'utilisation de logiciel de post-production FX"
When properly arranged and viewed from a precise location an observer can see a person standing inside or outside a box. This person appears to be much smaller than she actually is. When observed with monocular vision, or a cellphone, the 2 pieces of the box distant visually fuse together to create what appears to be a normal cardboard.
A device may include two parts of box, one on the front and one on the back. One person stays with the part of the box on the front and another on the back. The person who stays on the back of the box appears to be much smaller than the other one on the front. Perfect for Children's Birthday Parties, Special Events, School, Corporate Events, Awards Programs, Fairs, Festivals, Galas.
Double reverse perspective: Best Illusion 2021 by "The Sun" and "Indiatimes"
We invented the first double reverse perspective object. The geometry of the box has been carefully designed to successfully create the illusion. The two pieces of the box (front and back) visually fuse together to create what appears to be a normal ordinary box. When both pieces (with inverted perspective) of the “Oh La La Box” are properly arranged and viewed from a precise location the box is completed.
Best illusion of the year contest 2021:
The competition is a celebration of "illusions and perceptions, created by the ingenuity of the world's first illusion-makers," according to the site, which describes the illusions as "perceptual experiences that do not correspond to physical reality."
“The way we see the outside world - our perception - is generated indirectly by brain mechanisms, and therefore all perception is to some extent illusory.
The Illusion Community is made up of "visual scientists, ophthalmologists, neurologists, and artists" who use many different methods to uncover the foundations of illusory perception. In the contest, hopefuls were invited to submit 1minute YouTube videos of illusions published no earlier than 2021,across all walks of the sensory and cognitive experience.
The illusion is particularly effective because it plays with the viewer's perception of depth, making the box appear to be moving in 3D space. It is a unique and impressive illusion that has captivated audiences around the world.
The "Oh la la Box" illusion is a great example of how science, technology, and art can come together to create something truly mesmerizing. It showcases the ability of human's brain to be deceived and the power of optical illusions.
In 2D:
If you create an impossible object in 2D (flat) with 2 ends visible at the same time on the same picture. The optical effect is so strong that the lines totally straight seem to be curved!
This illusion would use the fact that our brain partly “imagines” what it sees. You brain think that the object is curved it's a extrapolation of 3D information from 2D retinal image.
Pictures of impossible objects are considered possible only in a picture 2D.
The object doesn't exist in the real life but your brain create a shortcut and think the object is curved.
Your brain distort the object and think it's really curved. You know the illusion but you cannot be influenced by consciousness.
3D Forced perspective with distorted design.
We invented a forced perspective object with distorted design.
This illusion is similar to the Necker Cube ambiguous figure where a two-dimensional figure or three-dimensional object can be seen in two or more distinct ways.
They are 3D structures, which elicit an illusory perception of depth which is the inverse of the physical arrangement of depth.
By integrating a transformed image (perspective distortion transformation) into the object, you influence the perception of observers and the illusion become stronger.
The observer thinks the object is convex.
(But it is actually concave).
the illusory perception of concavity/convexity prevails over the real perception of convexity/concavity.
Keep in mind that creating impossible
objects is not only about the final
product but also about the process of
creating it, experimenting with different
shapes and methods to achieve the
illusion you want to express.
We created bi-Stable object 3D.
Bi-Stable perception is a perceptual phenomenon in which an observer experiences an unpredictable sequence of spontaneous subjective changes. the control of the alternation process can also be done by the brain by focusing on different parts of the cube, one can force a more stable perception of the cube. It is possible to cause tipping by focusing on different parts of the cube.
The bi-Stable perception exists as a still image for example.
the Necker cube or the Rubin vase.
We have created 3D objects that you can hold in your hand.
by observing them your brain can see them from two different interpretations.
These two objects seem to be identical but they are physically different one is convex st the other concave it is possible to interpret them in both directions
We have created real 3D objects which, when set in motion, can also be interpreted in two different ways
Cognitive optical illusions
Most complex type of optical illusion is what are known as cognitive optical illusions. Similar to psychological illusions, cognitive illusions trick not just the eyes but the brain as well. Unlike psychological illusions, the effects of which register quickly, instinctively, and without much thought, psychological illusions require a significant amount of cognitive effort to untangle.
4D impossible objects:
Definition: Impossible objects in 4D are impossible objects in 3D (Bi-stable perception) but in motion. These objects that you can hold and move in your hand can also be interpreted in two different ways by your brain.
Your brain is no longer passive but active, it can decide the shape of the object at will, no matter if they are stationary or moving.
It seems that we have identified a specific type of optical illusion related to the alternation process, which the brain can control in a two-dimensional image but not on a three-dimensional object.
This concept could lead to interesting insights into how the brain perceives and interprets visual information. Two-dimensional optical illusions usually involve the manipulation of lines, shapes, colors, or patterns to create visual effects that can trick our perception of the image.
These illusions exploit the brain's natural processing of visual information and can be a fascinating area of study. However, the statement that the alternation process is impossible on a three-dimensional object may not be entirely accurate. While it is true that two-dimensional and three-dimensional illusions work differently and the brain processes them separately, there are also various three-dimensional optical illusions that can trick our perception of depth, size, or shape.
These illusions often rely on techniques such as perspective, shading, and size gradients to create the desired effect. To ensure the accuracy of your new category and its claims, it is essential to conduct thorough research and experimentation. This will help us to understand the underlying mechanisms and limitations of the illusions we have discovered and to determine whether controlling the alternation process is truly impossible on three-dimensional objects or whether there are exceptions and nuances to consider. In any scientific exploration, peer review and input from experts in the field can be invaluable in validating our findings and refining your understanding of the subject.
4D impossible objects with 10 different interpretations:
Modern brain imaging techniques allow scientists to observe how the brain functions. Ambiguous figures or objects are important because even if the 3D objects do not change, the mental image of the viewer does. Ambiguous drawings or 3D objects generally offer two interpretations. we found forms producing 10 interpretations.
3D Ambiguous impossible objects with 4 interpretations :
Anamorphic distortion + Forced perspective + Forced reverse perspective
NOT PHOTOSHOPPED
Impossible objects in 4D with rotation illusion: