kokichi sugihara 3d models

Kokichi Sugihara inspired illusion - the upper half of a bat shape reflects the bottom when placed on a mirror This is his "8th Generation" type illusion where the upper half of a shape reflects the bottom when placed on top of a mirror. The best...

Kokichi Sugihara inspired illusion - the upper half of a bunny shape reflects the bottom when placed on a mirror This is his "8th Generation" type illusion where the upper half of a shape reflects the bottom when placed on top of a mirror. The best...

Kokichi Sugihara inspired illusion - the upper half of a flower shape reflects the bottom flower pot when placed on a mirror This is his "8th Generation" type illusion where the upper half of a shape reflects the bottom when placed on top of a...

Kokichi Sugihara inspired illusion - the upper half of 4 card suit shapes reflects their bottom when placed on a mirror This is his "8th Generation" type illusion where the upper half of a shape reflects the bottom when placed on top of a mirror. The...

Kokichi Sugihara inspired illusion - the upper half of a heart shape reflects the bottom when placed on a mirror This is his "6th Generation" type illusion where the object always points the same direction when rotated The best viewing angle is 45...

... about 30°. This clever trick was inspired by Kokichi Sugihara's circle/square illusion, which Professor Dave Richeson thoroughly dissected and landisbs shared with the world. ...Check out this video to see it in action: https://youtu.be/Wv8Hu0mdb4Y

Kokichi Sugihara's Ambiguous Cylinder Illusion, featuring two squares. --- I had success printing at 0.12mm-0.16mm layer height. Smaller layer height should significantly improve the top surface. 2 shells, 0% infill, 6 top and bottom layers. --- ...

Kokichi Sugihara's Ambiguous Cylinder Illusion, featuring a large circle that seems to split into two smaller circles. --- I had success printing at 0.12mm-0.16mm layer height. Smaller layer height should significantly improve the top surface. 2...

Kokichi Sugihara's Ambiguous Cylinder Illusion, featuring a circle and a triangle. I printed it with MatterHackers Quantum PLA to get two distinct colors.  --- I had success printing at 0.12mm-0.16mm layer height. Smaller layer height should...

It's circles versus squares, and the math behind it is courtesy of Kokichi Sugihara. For the best view, tilt your perspective to 45 degrees. This illusion stands out from others like it, thanks to its original algorithms and math that ensure a...

Mathematically speaking, this design is rooted in Kokichi Sugihara's concepts. Yet, I've uniquely crafted this shape myself. For optimal viewing, tilt your gaze at a 45-degree angle. This design comes with a rotatable figure and its supporting...

This model can be easily mounted on a simple pencil or a screw-driver, just choose the model with right dimenstion of hole.    Orginally created by amazing Kokichi Sugihara, a Japanese mathematician. ...Read more about his work at :...

Rotating it or viewing in the mirror shows something else, all thanks to math by Kokichi Sugihara. For the best view, try looking at it from 45 degrees angle. This design comes with a rotatable figure and support, or a smaller version that can be...

An updated version of my old ambiguous cylinder model, based on the original by Kokichi Sugihara. I printed it using MatterHackers Quantum PLA to achieve the amazing color changing effect! This new version includes a stand that makes the cylinder...

An updated version of my old ambiguous cylinder model, based on the original by Kokichi Sugihara. I printed it using MatterHackers Quantum PLA to achieve the amazing color changing effect! This new version includes a stand that makes the cylinder...

... this decoration has one main purpose: to delight and fascinate! Blowball Lamp https://www.thingiverse.com/thing:2940151 Inspiration Kokichi Sugihara's genius creation came to light when I stumbled upon it on Make Anything's YouTube channel!

Based on the math by Kokichi Sugihara, I've created a variant of the right-pointing arrow that still points to the right when rotating and always points left in a mirror image. This design comes with both versions: one that allows rotation and...

This fascinating model can't make up it's mind!  This is my variation of Kokichi Sugihara's Ambiguous Cylinder Illusion, featuring a star and heart appearance. I printed it using MatterHackers Quantum PLA to achieve the amazing color changing effect!...

This illusion is rooted in mathematical principles devised by Kokichi Sugihara. This design comes with a rotatable component and a supporting base, allowing you to display it either as a standalone figure or mount it on a flat surface. The smaller...

These were shown by Kokichi Sugihara in Japan.I modelled a version of the circle/square variant myself and arranged them to act as an intriguing pen holder for my work deskFor printing I suggest using a 0.6mm nozzle to save some time. ...The GCODE...

George Mason University Math 401: Mathematics Through 3D PrintingThis print was designed to replicate the fascinating optical illusion known as a Kokichi Sugihara Reflexivity-Fused Object. As Sugihara himself described it, "The objects themselves...

Inspired by Kokichi Sugihara, a Japanese mathematics professor who won second place at "The Best Illusion of the Year Contest" in 2016. He designed a Cylinder Illusion where from one perspective the top of the shape looked like a circle and from a...

Help in place with a binder clip to align it properly   An updated illusion based on the original by Kokichi Sugihara. I printed it using MatterHackers Quantum PLA to achieve the amazing color changing effect! --- I had success printing at 0.12mm...

... arrow illusion as part of his research into the new field of “computational illusion”. You can read some more about his creations here and here. ...And thanks to <a href="/Andraxis">Andraxis</a> for creating the model from which this is remixed.</p>

Ambiguous Object Heegyung Kim October 12, 2021 George Mason University MATH 401: Mathematics Through 3D Printing This object represents an ambiguous object, a mathematical optical illusion discovered by Kokichi Sugihara. He is a professor at Meiji...

Impossible Pentagon John Matz 10/11/2020 George Mason University Math 401: Mathematics Through 3D Printing This object belongs to the class of optical illusions discovered by Kokichi Sugihara[1], which he calls Reflexively Fused Objects (RFO). RFOs...

Deceptive Pentagon John Matz 10/11/2020 George Mason University Math 401: Mathematics Through 3D Printing This object belongs to the class of optical illusions discovered by Kokichi Sugihara[1], which he calls Reflexively Fused Objects (RFO). RFOs...

This object belongs to the Reflexively Fused Objects class of optical illusions discovered by Kokichi Sugihara (RFO). RFOs are identified by their appearance when seen at a 45-degree angle on a horizontal mirror. Because of the difference in viewing...

This interactive tabletop device brings to life the optical illusions created by Kokichi Sugihara. To activate the animation, press the button until you hear the microswitch release and the platform will rotate 180 degrees. A low RPM geared DC motor...

The person that does this the best with mathematical objects through 3D printing is Kokichi Sugihara. The object that I created was inspired by Sugihara's ambiguous cylinder. I coded my object in mathematica by using two piece-wise functions. One...