View allAll Photos Tagged tensegrity
Piece number 4.
Big vintage natural coral beads, vintage German red glass crystals, miyuki, and matsuno beads.
Super solid. no wiggle anywhere, like all of my jewelry.
One inch high !
Tiny tiny miyuki beads [squint]
Capacitor Dance under the direction of Jodi Lomask was preparing an interactive dance routine based on our tensegrity robot structures. To inspire the choreography we went to the Crucible in Oakland to prototype some possible structures. Here we see Jodi Lomask, Catherine Newman, Jeremy Faludi and our NASA sponsor Vytas SunSpiral working on a prototype.
A oficina de robótica: robôs dançantes - tensegrity - ocorreu no dia 11/08/2016 e foi facilitada pelo artista tecnológico Fernando Daguanno, maker argentino que vive no Brasil. A partir da mistura de processos analógicos e digitais demos vida a essas pequenas estruturas arquitetônicas autoportantes - tensegrity.
Fotos: Conrado Bassini/ Meduzza
Workshop at Sushant School of Arts & Architecture for second year Students On Sunday, April 12, 2015 By Prof. M.S. Satsangi & Utssav Gupta.
Illuminated installation studying the protons that make up light, through the use of tensegrity shapes. Work by Jan Flook.
Wyndham Cultural Centre.
Werribee.
Victoria.
Checking and re-checking the layout of the ropes, making sure that they cross over and under each other in the right order, and go to the right places...
Piece number 3
Big quartz crystal ball beads, 25 Swarovski crystals, Czech shimmer glass, miyuki and matsuno beads,
1 1/4 inches high. 1/3 inch thick.
A oficina de robótica: robôs dançantes - tensegrity - ocorreu no dia 11/08/2016 e foi facilitada pelo artista tecnológico Fernando Daguanno, maker argentino que vive no Brasil. A partir da mistura de processos analógicos e digitais demos vida a essas pequenas estruturas arquitetônicas autoportantes - tensegrity.
Fotos: Conrado Bassini/ Meduzza
Workshop at Sushant School of Arts & Architecture for second year Students On Sunday, April 12, 2015 By Prof. M.S. Satsangi & Utssav Gupta.
Focus on understanding the strength and stability of the structure
This model is about to study the strength of the structure and to transform the load from different point to another and understanding the force and physical of load and compression of the structure.
A oficina de robótica: robôs dançantes - tensegrity - ocorreu no dia 11/08/2016 e foi facilitada pelo artista tecnológico Fernando Daguanno, maker argentino que vive no Brasil. A partir da mistura de processos analógicos e digitais demos vida a essas pequenas estruturas arquitetônicas autoportantes - tensegrity.
Fotos: Conrado Bassini/ Meduzza