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Goldberg Polyhedron 2 3d printed

Goldberg Polyhedron 2 3d printed

In the second quarter of 2015, I began to research an new project; “What lies beyond the edge of the Observable Universe?”. I began an experiment to visualize this through our universal language: Mathematics. In this series I continue my search for new nebula forms, using particles controlled by physics and noise. They are fully designed to work in a 3d engine.  Directed and Designed by Teun van der Zalm  http://www.salmonick-atelier.com/  Music by Chris Zabriskie  http://freemusicar...

In the second quarter of 2015, I began to research an new project; “What lies beyond the edge of the Observable Universe?”. I began an experiment to visualize this through our universal language: Mathematics. In this series I continue my search for new nebula forms, using particles controlled by physics and noise. They are fully designed to work in a 3d engine. Directed and Designed by Teun van der Zalm http://www.salmonick-atelier.com/ Music by Chris Zabriskie http://freemusicar...

3ders.org - Expressing mathematics in 3D printed sculpture art | 3D Printer News & 3D Printing News

3ders.org - Expressing mathematics in 3D printed sculpture art | 3D Printer News & 3D Printing News

Moving sculpture: Triple Gear. In this unusual mechanism three gears mesh together in pairs, and yet they can turn. Segerman designed these sculptures using scripting and then producing them using 3D printing. The technology allows him to get very close to mathematically precise geometry, which is often difficult to achieve by other means. University of Melbourne mathematician Dr Henry Segerman. 3ders.org.

Moving sculpture: Triple Gear. In this unusual mechanism three gears mesh together in pairs, and yet they can turn. Segerman designed these sculptures using scripting and then producing them using 3D printing. The technology allows him to get very close to mathematically precise geometry, which is often difficult to achieve by other means. University of Melbourne mathematician Dr Henry Segerman. 3ders.org.

Math games are key activities for a successful mathematics block!  These spring math games are perfect for centers in Kindergarten and some First Grade classrooms.  Composing and decomposing numbers, addition, subtraction, 3D shapes, critical thinking, it's all included!

Math games are key activities for a successful mathematics block! These spring math games are perfect for centers in Kindergarten and some First Grade classrooms. Composing and decomposing numbers, addition, subtraction, 3D shapes, critical thinking, it's all included!

Math games are key activities for a successful mathematics block!  These spring math games are perfect for centers in Kindergarten and some First Grade classrooms.  Composing and decomposing numbers, addition, subtraction, 3D shapes, critical thinking, it's all included!

Math games are key activities for a successful mathematics block! These spring math games are perfect for centers in Kindergarten and some First Grade classrooms. Composing and decomposing numbers, addition, subtraction, 3D shapes, critical thinking, it's all included!

Mathematically accurate Golden Phi Fibonacci Spiral is stunning! Made with 3D printing and lost wax casting, it is polished to a gleaming shine. Available in 2 sizes, 1in (2.5cm) and 1 3/4in (4.5cm).  THE SPIRALS COLLECTION Golden Phi Spiral Isosceles Triangle Grid Pendant Designer: Abraham Van Vleck www.sacred-tribe.com   Packed and shipped carefully, with insurance included, so you can buy with peace of mind. All of our products are 3D printed or laser cut. See our policies section for...

Golden Phi Spiral Isosceles Triangle Grid Pendant

Mathematically accurate Golden Phi Fibonacci Spiral is stunning! Made with 3D printing and lost wax casting, it is polished to a gleaming shine. Available in 2 sizes, 1in (2.5cm) and 1 3/4in (4.5cm). THE SPIRALS COLLECTION Golden Phi Spiral Isosceles Triangle Grid Pendant Designer: Abraham Van Vleck www.sacred-tribe.com Packed and shipped carefully, with insurance included, so you can buy with peace of mind. All of our products are 3D printed or laser cut. See our policies section for...

This Is What Math Equations Look Like in 3-D | In this model of a mathematical surface, every aspect of every swoop, dip and pinch is encoded in a single equation. That equation has a singularity where the plaster would be drawn infinitely thinly. In a concession to physics, the final gap is bridged by a tiny wire.  | Credit: Photos by UIUC <a href="http://www.mathmodels.illinois.edu/cgi-bin/cview?SITEID=4&ID=342">Altgeld collection</a> | From Wired.com

This Is What Math Equations Look Like in 3-D

This Is What Math Equations Look Like in 3-D | In this model of a mathematical surface, every aspect of every swoop, dip and pinch is encoded in a single equation. That equation has a singularity where the plaster would be drawn infinitely thinly. In a concession to physics, the final gap is bridged by a tiny wire. | Credit: Photos by UIUC <a href="http://www.mathmodels.illinois.edu/cgi-bin/cview?SITEID=4&ID=342">Altgeld collection</a> | From Wired.com

In the second quarter of 2015, I began to research an new project; “What lies beyond the edge of the Observable Universe?”. I began an experiment to visualize this through our universal language: Mathematics. In this series I continue my search for new nebula forms, using particles controlled by physics and noise. They are fully designed to work in a 3d engine.  Directed and Designed by Teun van der Zalm  http://www.salmonick-atelier.com/  Music by Chris Zabriskie  http://freemusicar...

In the second quarter of 2015, I began to research an new project; “What lies beyond the edge of the Observable Universe?”. I began an experiment to visualize this through our universal language: Mathematics. In this series I continue my search for new nebula forms, using particles controlled by physics and noise. They are fully designed to work in a 3d engine. Directed and Designed by Teun van der Zalm http://www.salmonick-atelier.com/ Music by Chris Zabriskie http://freemusicar...

3ders.org - Expressing mathematics in 3D printed sculpture art | 3D Printer News & 3D Printing News

3ders.org - Expressing mathematics in 3D printed sculpture art | 3D Printer News & 3D Printing News

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