Aug 21
Exterior of the Orbis South Melbourne “Surrealist” condo building
I recently found this article (via this blog) from Melbourne’s The Weekly Review about a new 48-condo unit Surrealist-inspired building. It is supposedly based on the work of “international sculptor Anish Kapoor and Belgian surrealist Rene Magritte”. This may sound like bizarre inspiration for home design but before you judge, let me give you a tour of the apartment amenities!
Dec 5
Decorating with travel photography always looks sharp and certainly inspires trip day-dreaming on a daily basis. While you can get some amazing global images from amateur and professional photographers, I find myself coming back to stylized city illustrations. It’s fun to see a location distilled to its essential elements and I have always loved stylized graphic design. In honor of the Holiday shopping season, here are a few of my favorites from etsy.com with links to their stores below. (If they don’t have your favorite city, it doesn’t hurt to ask if they could do it.)
Washington DC by albie design (Etsy.com)
San Francisco by Matte Stevens (Etsy.com)
Images Credits:
Portland, OR by Loose Petals
Washington DC by albie design
San Francisco by Matte Stevens
Nov 30
Classic travel posters of the 1920-1940s have got to be some of the most gorgeous but overlooked pieces of art ever. Combining both travel nostalgia and crisp graphic design, the images are evocative and interesting. I want to hang one on my wall then pack up a hard case travel trunk and decorate it with stickers from each of my destinations! Here are some of my favorite travel posters from an exhibit held last year.
All images are from the 2010 Boston Public Library exhibit, “Away We Go!” You can view the entire exhibit on Flickr.
On the University of Chicago campus last month, I stumbled across Arnaldo Pomodoro’s Grande Disco. It is a looming, industrial and futuristic disk that seems to be splitting open along several seams. When examining the details up-close, you half expect the thing to open further and start talking. (That’s how a science fiction movie involving modern outdoor art would begin.)
Grande Disco (1968) by Arnaldo Pomodoro, University of Chicago
I was drawn to the sculpture for its design but also because I recognized it. I thought I saw this in Milan, what was it doing next to a Medical School building on the University of Chicago campus? Turns out there are five other “Grande Discos” throughout the world each made within the same general time frame and varying slightly in design. Located in urban, commercial and green spaces, the pieces are enhanced by the environments they have been placed into. See what you think of these outdoor installations. Personally, I think the Grande Disco does the best in the two extreme environments: the rolling green sculpture park and in the shadow of North Carolina skyscrapers.
The Nobel Prize in Chemistry was awarded last week to Dan Shechtman “for the discovery of quasicrystals”. On hearing that, no doubt some people shrugged their shoulders and thought, “You can win THE Nobel Prize for discovering not-quite crystals?” (Not quite.) While this Nobel discovery may not cure diseases, it has a very compelling history and a visual appeal that has not been captured in the Press. In 1982, Shechtman discovered physical evidence for something that science thought was impossible. He was smart enough to realize what he was looking at and was strong enough to defend the discovery. However, it was only a matter of time until someone found the physical evidence since mathematicians had proved the possibility of quasicrystals in the 1970s and amazingly artisans had conceptualized them graphically 600 years earlier.
The unit cell in red can be cut and pasted, or translated, to yield the repeating winged lion pattern in the blue boxes. (Photo: mcescher.com, symmetry gallery)
Crystallography is the study of how matter packs in 3D. For stability, solids organize in repeat patterns of a discrete unit (call this the “unit cell”) so that all atoms, in all three dimensions, are in the same pattern and are related by some sort of symmetry. The most basic symmetry is called “translational symmetry” which is like “cut and paste symmetry”. You take the unit cell and paste it to left, and then again, and then so on. In the 2D M. C. Escher image above, the unit cell is shown in red and in blue are the translated unit cells showing how the pattern repeats. Crystalline materials can also have rotational symmetry which means that if you turn the unit cell you get the same thing you started with. In the image above, the winged lions do not have rotational symmetry because they only overlay correctly if you rotate them 360*.
It was believed that translational symmetry was the most fundamental ordering pattern so only rotations that maintained the cut and paste pattern were allowed, such as 180*, 120*, 90*, and 60* rotations or what is known as 2-, 3-, 4-, and 6-fold symmetry. Sven Lidin illustrates this proof and why 5-fold symmetry is not allowed in the Nobel Prize citation for Shechtman, shown below. There is some more rigorous mathematical proofs behind this, but you essentially can see the set up for Shechtman’s discovery.
4-fold (above) and 6-fold (below) rotations preserves the translational symmetry of design. 5-fold rotation (middle) generates a new disordered pattern. (Source: Sven Lidin, Nobel Prize Committee)
While looking at an aluminum-manganese material, Shechtman realized he had found 10-fold and 5-fold rotational symmetry which was thought to be not allowed. The material did have long-range order like a crystal but not translational symmetry. Quasicrystals are therefore ordered materials that lack translational symmetry. It seems like a simple concept but proving it required telling the entire crystallographic community that they had completely missed something. Luckily, art and mathematics had set the groundwork for this discovery.
A Penrose tiling, named after Sir Roger Penrose who formalized this geometry in the 1970s, lacks translational symmetry but has a 5-fold rotational symmetry (Photo: wikipedia)
The Penrose tiling above is a 2D quasi-crystal in that it does not have translational symmetry but has long-range order and 5-fold rotational symmetry (i.e. if you turned it clockwise from one point of the central start to the next point on the central star, it would be the same). After the discovery of quasicrystals, physicists Peter J. Lu and Paul J. Steinhardt published a wonderful article in Science describing the appearance of Penrose patterns in Medieval Islamic tile work from as early as 1200 CE. The supplementary data section in this paper has some lovely architectural examples.
(above) Spandrel detail from the Darb-i Imam shrine in Isfahan, Iran; (below) graphical depiction of the tiling pattern overlaid on the spandral image (Credit: Ju and Steinhardt, Science, 315, p1106-1110.)
Albrecht Dürer also drew some quasicrystalline tiles in his 1525 work “A manual of measurement of lines, areas and solids by means of a compass and ruler” which were subsequently analyzed by Casper and Fontano in 1996.
Albrecht Dürer penrose tiles done in 1525 (Photo: rarebookroom.org)
It’s exciting to see places where science and art overlap. Congratulations to Dan Shechtman for the Nobel Prize and also to the mathematicians and artists who contributed to a deeper understanding of the organization of matter.
Daydream Tourist 