Harvard University lecturer, Matt Kaliner, combines his talent for building unconventional sandcastles with his research background in the sociology of art. However, while fascinated by the different ways people respond to his work depending on where they’re built, Kaliner admits to not having “worked up anything particularly deep about sandcastles” and ultimately being drawn to do what he does by “the sheer joy of playing on the beach.”
Whether or not you can read anything deeper in them, these sand castles are stunning to look at. See more of Kaliner’s amazing creations below!
Bellerby & Co. Globemakers is a London-based studio that specializes in handmade globes. Founded in 2008 by Peter Bellerby after struggling to find a quality globe, Bellerby’s is now one of only two workshops in the world making handcrafted, artisan globes.
The process includes hand painting individual sections, soaking them, and then stretching them onto the surface. Apparently it takes about six months to learn how to do it properly.
More images of the beautiful (and painstaking) process of globe-making below!
Image via Motionographer
Here’s an addictive little iOS game for all you designers out there who feel you have a discerning eye for colour! You can test yourself to see just how accurate those eyeballs of yours really are.
Specimen was created by three New Yorkers; Designer Erica Gorochow, developer Sal Randazzo, and programmer Charlie Whitney. The museum-led incubator known as NEW INC acted as a home base for the project and it sounds like the community there really helped foster Specimen’s development.
The team now has plans to be able to provide users with data about the way they see colour. If you wanna check it out, you can download Specimen for free.
(I’ve found that I do better when I squint at the screen.)
Currently on display at Shatin Park in Hong Kong, “Kaleidome” is a brightly coloured, stainless-steel structure that children can play on. Passersby can also gaze through it and see their surroundings reflected back in kaleidoscopic effect.
It isn’t just fun though. The installation was created by LAAB Architects using a highly sophisticated computer programming system that arranged all 262 laser-cut cells (of 22 unique shapes) into a formation that would allow for as little material and spatial consumption as possible. See more images of LAAB’s amazing design below!