Mirror Mirror at SparkLab
How many of you can you see? Stand in front of more than 100 curved mirrors and see what happens to your reflection. Light reflects off each mirror at slightly different angles, and lets you see images of yourself staring right back at you. Find out at SparkLab. #SparkLabQM
Westbank goes BIG in Toronto
The 2016 Serpentine Pavilion, designed by Bjarke Ingels Group, has found a new life – introducing a dramatic urban development that brings BIG’s radical geometries to Toronto. The 27-metre-long pavilion, constructed of 1800 lightweight components of fibreglass, has been installed on the site of Westbank King Street, a new building...
IMG_5160
Explore Heidi Theunissen's photos on Flickr. Heidi Theunissen has uploaded 1426 photos to Flickr.
25 Outstanding Outdoor Stage - Vintagetopia
Over time, the character of Luda's requests changed
nexttoparchitects
by @mamoumani #Architectural #Installation on its...
Tape installation
A theater set-design concept by For Use / Numen presented at the gallery of HDD in Zagreb.
Aggregat 456 | Invest Little, Take More
Exceptional Casino Website Design Inspirations Enter the realms of design that reek of creativity by forming a unique appeal that sets the game spinning and hearts beating. Your one-stop destination Know More Top things which should be expected from a professional gambling website service From responsive design to social marketing, one needs to expect the… Read More »Home
Bell Kite Project Blog: Recap
The original, Alexander Graham Bell, the inventor of the tetrahedral kite (as well as a couple other things). After Japanese kites, Bell's creations are my chief inspirations in the kite making field. These kites made of cloth and wood look as futuristic now as they did back then. Forget space age materials, I see my kite future in working with materials like this...so beautiful.
Aggregat 456 | Invest Little, Take More
AG Bell An evolving trend in spacecraft is to exploit very small (micro- and nano-sats) or very large (solar sails, antenna, etc.) configurations. In either case, success will depend greatly on of ultra-lightweight technology, i.e., “gossamer systems technology.” Areal densities of less than 1 kg/m2 (perhaps even down to 1 g/m2!) will need to be achieved.