Augmented Reality
MONOCULARGRAM (Hologram)
Special Effect Immersvie Experience
Higher 4-Dimensional Projection ' Natural - Physics Based '
Superimpose Overlay Images On The Physical World
Introduction
Bimonocular Vision
Optical Instrument
What is Bimonocular Vision Optical Instrument?
The bimonocular vision optical instrument is an instrument which creates two-eyed monocular vision. This means the user can see in a monocular way with both eyes at the same time. Two-eyed monocular vision can be found in ophthalmology as ‘bimonocular vision'. The bimonocular vision optical instrument can be used by the ophthalmologist in eye care for the treatment of binocular vision dysfunctions, to perform vision tests and eye measurements and for diagnostics.
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​The ophthalmologist can use the bimonocular vision optical instrument in combination with video image projections to perform various tests on the patient. The patient looks at a two-eyed monoculargram—a straight, floating, undistorted video image projection projected on top of irregular, skewed surfaces. The bimonocular vision optical instrument in ophthalmic eye care is a crucial component to be able to show these straight, undistorted, floating image projections to the patient.
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Home & Industrial Entertainment, Standard Long Throw Projector
The bimonocular vision optical instrument creates a monoculargam—a straight, undistorted image projection with a standard off-the-shelf video projector. With the bimonocular optical instrument we are seeing a monocular image projection which is being viewed with both eyes for immersive augmented reality purposes.
Monoculargram vs Binocular vision
with video projection
This video demonstrates the difference in the experience between a binocular vision distorted projection and a bimonocular vision (two-eyed monocular vision) straight, undistorted projection.
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The bimonocular vision optical instrument converts distorted binocular vision projection into straight, undistorted bimonocular vision projection.
360° Bimonocular vision Hologram projection art installation
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This video demonstrates a bimonocular vision (two-eyed monocular vision) hologram projection which can be seen at 360° in a more comfortable, practical way for a user.
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This installation can be set up using different variations, like a lounge chair or gaming chair. We can help you or guide you on how to build it for your customers. Alternatively, you can set up a demonstration installation somewhere for your customers.
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The bimonocular vision optical instrument creates a monoculargram with shadow projection 'on flat surfaces'
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This video demonstrates that a monoculargram can also be created with shadow projection.
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It shows that the 4-dimensional monoculargram pro- jection is not a flat projection but actually more a 3-dimensional shape.
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The reason why a 4-dimensional projection creates a more 3-Dimensional shape comes from the assumption in higher dimensional physics that a higher dimension will project a lower dimensional shape.
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In this demonstration, the monoculargram shadow of a toy airplane is being cast with a flashlight.
The bimonocular vision optical instrument creates a monoculargram with shadow projection 'on irregular/skewed surfaces'
This video demonstrates the monoculargram shadow projection being cast on irregular/skewed surfaces.
The shadow projection will remain straight and undistorted.
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The 4-dimensional monoculargram projection can be experienced very intensely on irregular/skewed surfaces.
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In this demonstration, the monoculargam shadow of a toy airplane is being cast with a flashlight.
The bimonocular vision optical instrument used with starlight projector or mini/pico projector
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The bimonocular vision optical instrument (also called the two-eyed monocular vision optical instrument) can be used with starlight projectors or mini/pico projectors to create an extra immersive, special hologram projection effect, also known as a monoculargram (real, floating undistorted stars in front of and/or around you). Just wear the bimonocular/two-eyed monocular vision optical instrument and hold the starlight projector or mini/pico projector in your hand and experience the immersive hologram experience, or place the projector next to you when you are in bed or sitting on the couch.
A Higher 4-Dimensional Immersive Experience Perspective Projection
This projection is a perspective projection technology and can be realised because the viewer is going to change the way how he sees with his own eyes. The viewer is going to see naturally in a way which is usually unnoticed. The viewer is going to see in a monocular way with both eyes at the same time this results in that the user can see a natural Hologram also called a Monoculargram. This natural Monocular way of seeing the Monoculagram can be made visible with video projection projectors and shadows and with other kind of projectors.
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This monocular vision is a higher 4-dimensional perspective projection because we succeed in isolating this monoculargram perspective projection, which means we can use the scientific method to show the difference between it and other already known dimensional perspective projections. The other already known dimensional perspective projections are distorted 3-dimensional projections and 2-dimensional projections on flat surfaces. The visible differences between 4-dimensional perspective projection and the other already long known 2-dimensional and 3-dimensional perspective projections can be found, read and understood in this 2018-2024 most updated clickable scientific document. The old 2018 version can still be found here .
On 17/08/2024, the observable structure of 4-dimensional perspective cone projection has also been achieved and illustrated, this illustration can be found in this science paper which is a clickable link.
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4-Dimensional Immersive Experience Feeling
Because of this natural 4-dimensional monoculargram phenomenon, the viewer is confronted with a unique feeling when watching this type of projection.
Some user experiences of artists: “Goosebumps” - “I am being sucked in the image” - “I am drawn to the center” - “a floating image” - “the projection is going through my body”
For Portable Headset / Product Developer
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The bimonocular vision optical instrument can function as an augmented reality headset for outdoor and indoor use. Here is a sketch to demonstrate how the bimonocular vision optical instrument can be made into an augmented reality headset.
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To construct an augmented reality headset, mount a portable mini projector alongside the bimonocular vision optical instrument.
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With the headset one can project, straight upright image projections on top of very skewed and irregular surfaces such as the street surface. This can also be done during movements, such as walking.
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Demo Video: Augmented Reality Headset outdoors street
The bimonocular vision optical instrument projects the straight, undistorted, upright, monoculargram image directly onto the street surface while projecting with a projector, infinitely far, at any angle, even while walking.
We point out that for this demo video we used a low budget off-the-shelf mini LED projector which was not able to project very far into the distance with high quality. Here are the details of the projector we used: resolution 320 x 240, aspect ratio 16:09, contrast ratio 800:1, light output 600 Lumen.
For System Integrator / Product Developer :
Just use a more powerful portable mini video projector alongside the bimonocular vision optical instrument.
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The bimonocular vision optical instrument creates a monoculargram—a usable, straight, upright digital projection screen with video projection, on top of irregular skewed surfaces. The digital projection screen is removed from a regular flat projection screen / flat wall and can then be hung and placed right in front of the user.
​Due to the optical instrument’s unique design, the projected digital screen will automatically hang itself in the correct position and distance right in front of the user without the digital screen becoming larger or smaller. This means the digital projection screen will be the same size everywhere all the time, also when walking around with an AR Headset.
​The size of the projected digital screen and the distance where the digital screen should hang can also very easily be adjusted if desired. The user may wants to decide for himself where the projected screen should be placed and hung in the room. For example, for a more immersive experience the user may want to place and hang the projected screen in the middle of the living room.
All projected images in our photos and videos are real, instant, live recordings of how bimonocular vision projection is
created / formed and what it really looks like when viewed with the users naked eyes
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​All design rights and expression rights of present and future derivative bimonocular vision optical instrument eyewear, the design rights of bimonocular vision images (two-eyed monocular vision images) - binocular fusing vision images - binocular fusion vision images are Reserved.
All these Rights are Copyright Protected and Registered at BOIP.
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