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DATA-CUSTOMIZED MIDSOLES WITH NEW BALANCE_a selection of _some of the midsole concepts we designed_NERVOUS SYSTEM

DATA-CUSTOMIZED MIDSOLES WITH NEW BALANCE_a selection of _some of the midsole concepts we designed_NERVOUS SYSTEM

Complex Adaptive Behaviour Mediated by Environmental Interactions in Particle Approximations of Physarum polycephalum

Complex Adaptive Behaviour Mediated by Environmental Interactions in Particle Approximations of Physarum polycephalum

Catenary Trail  This video shows the trail left by points constrained by springs, end points and gravity. The Arch moves up and to the side, leaving a beautiful trace which reminded me of the pictures of Edouard Muybridge. The video was done using Rhinoceros, Grasshopper and the free Kangaroo plugin by Daniel Piker. The exercise was prepared for a workshop with DS10 (WeWantToLearn.net) and Inter9 (Chris Pierce, Chris Matthews) at the Architectural Association.

Catenary Trail This video shows the trail left by points constrained by springs, end points and gravity. The Arch moves up and to the side, leaving a beautiful trace which reminded me of the pictures of Edouard Muybridge. The video was done using Rhinoceros, Grasshopper and the free Kangaroo plugin by Daniel Piker. The exercise was prepared for a workshop with DS10 (WeWantToLearn.net) and Inter9 (Chris Pierce, Chris Matthews) at the Architectural Association.

TU Delft: PhD Research  Fig.12. Resonator Triptych by Eric J. Heller. This is a sequence in increasing time after the launch of two wavepackets in a potential landscape that is outlined in the dark regions. The dark regions correspond to high potential barriers. In between these high barriers is a weak random potential.

TU Delft: PhD Research Fig.12. Resonator Triptych by Eric J. Heller. This is a sequence in increasing time after the launch of two wavepackets in a potential landscape that is outlined in the dark regions. The dark regions correspond to high potential barriers. In between these high barriers is a weak random potential.

Jeanne WELLINGER, High Resolution.    ETH Zurich, Department of Architecture  Chair for Computer Aided Architectural Design, Prof. Ludger HOVESTADT  critics: Benjamin DILLENBURGER, Michael HANSMEYER, & Hua HAO

Jeanne WELLINGER, High Resolution. ETH Zurich, Department of Architecture Chair for Computer Aided Architectural Design, Prof. Ludger HOVESTADT critics: Benjamin DILLENBURGER, Michael HANSMEYER, & Hua HAO

Supercomputing (GPGPU) Research at UCL Bartlett // Part 1: Flocking, Springs, Cracks on Vimeo

Supercomputing (GPGPU) Research at UCL Bartlett // Part 1: Flocking, Springs, Cracks on Vimeo

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