MIT Media Lab, Stanford University
This work explores a dynamic future where the accessories we wear are no longer static, but are instead mobile, living objects on the body. Engineered with the functionality of 18 robotics, this “living” jewelry roams on unmodified clothing, changing location and reconfiguring appearance according to social context and enabling multitude presentations of self. With the addition of sensor devices, they transition into active devices which can react to environmental conditions. They can also be paired with existing mobile devices to become personalized on-body assistants to help complete tasks. Attached to garments, they generate shape-changing clothing and kinetic pattern designs–creating a new, dynamic fashion.
It is our vision that in the future, these robots will be miniaturized to the extent that they can be seamlessly integrated into existing practices of body ornamentation. With the addition of kinetic capabilities, traditionally static jewelry and accessories will start displaying life-like qualities, learning, shifting, and reconfiguring to the needs and preferences of the wearer, also assisting in fluid presentation of self. We envision a new class of future wearables that possess hybrid qualities of the living and the crafted, creating a new on-body ecology for human-wearable symbiosis.

Apollo
Victor Pasmore’s ‘Apollo’ Pavilion sits at the heart of the Sunny Blunts estate in Peterlee[…] Four large orange forms intersect the pavilion at right angles to the main orientation and appear to slice through the pavilion. The blocks are drawn from the geometry of the pavilion and a nod to the remote object planes of Victor Pasmore’s work. The inflatable textiles blocks create a juxtaposition between the angular grey concrete of the pavilion and the soft, rounded, colourful forms of the installation. The intervention is deliberately bold with a strong visual aesthetic to temporarily transform the pavilion. The piece is also, on the surface, playful, tactile and accessible – encouraging the audience to look at the pavilion with fresh eyes.

“6 Sided Plane in 5 Masses and 3 Scales with 2 Free Regions
The drawings also clarify the schema underlying the locations of the bored holes in the sculptures. Situated along lines linking vertices at the perimeter of the forms, they recall constellation maps or, as with 8 Sided Plane in 7 Masses and 2 Scales with Free Region (1975/2018), the plans of Romanesque cathedrals. Here, again, the relationship is inverted. The black shapes representing the solid stone columns in the plans echo the shafts of air bored through the steel. The term “Romanesque” appears frequently in Rabinowitch’s titles. Though absent here, the conglomeration of shapes visible in Romanesque church plans, like those of Cluny in France, bear an affinity with the additive sensibility evident in Rabinowitch’s structures. Donald Kuspit has focused attention on the artist’s interest in Northwest Coast traditions, especially the totem pole. Like the totem pole, Rabinowitch’s works manifest a “disrupted continuum,” a whole built out of distinct parts. For me, the presence of the drawings in this exhibition subtly undermined that assertion. The lines along which the bored holes are situated form a network that passes over all (or at least most) of the components in each work, in effect linking them. Though no longer visible in the steel versions, the connective links act as a reminder of this second related principle of organization. Some may see it as a complication, a discrepancy, or be disappointed by the realization, but I think it helps demystify these “new” early sculptures. At the same time, the proximity of the studies by no means diminished the deep-rooted and intriguing complexity of Rabinowitch’s sculptural work.”John Gayer

Bent Pool
German artists Elmgreen and Dragset have installed a sculpture that looks like an U-shaped swimming pool outside the Miami Beach Convention Center[…] Curved pieces of aluminium were used to create the unusual structure, with the two ends resting atop a concrete plinth. “Bent Pool is shaped like an inverted “U” and stands upright on a two-tier plinth,” the studio said. “The pool seems to have somehow been lifted out of the ground and stretched into a curved form.”

MOL
MOL (2018) takes up the ancient technique of memorizing information by placing symbols and signs along a mental path through an imagined house from room to room. Interested in the way technology affects both our sense of and need for memory, Nymann attempts to capture her own active and associative thinking by reconstructing her path through her abandoned childhood home. In the work, she visualizes her past experiences through the placement of anchor objects—which, according to the ancient Greco-Roman method of loci, shape the way we perceive the external world—suggesting that in our increasing reliance on technology to memorize for us, we allow others to form our view of the world.

Graduate Fashion Week 2018

“One of the boldest statement pieces of the week, even more so than the fluorescent collections! Neyazi’s huge puffy fat suit resembling garment was incredibly unusual. The ballooning dress took on a very unique silhouette.The models were send down the runway wearing headpieces which matched the round bunched bottom shaped dress. The brown, beige and burnt orange colour pallet evoked a bonfire and the huge blown up dresses adhere to a fire form.” Chloe Alexandra Lawrence

airmorphologies

dementia simulator
This Dementia Simulator headset designed by Central Saint Martins graduate Di Peng lets wearers experience symptoms of the disease for themselves (+ movie). The helmet affects each of the senses, in an attempt to replicate many of the challenges faced by dementia sufferers. The translucent, egg-shaped device sits over the wearer’s entire head, and includes a mouthpiece, earpiece and screen that covers the eyes.

FILE LED Show

The art-technology exhibition of FILE São Paulo 2013 brings the new interactive work by the famous 1024 architecture group to be presented on the gigantic LED panel of FIESP building on Paulista Avenue. People could change the images on the panel through their voices or by humming a song.
The 1024 architecture group created the “interactive LED” digital graphic project for the Paulista Avenue, which will be presented from July 22 through August 18, 2013. The project consists of a podium with a microphone installed on the sidewalk of the Paulista Avenue, where people could interact through the vocal conversion into musical notes. The 1024 architecture group elaborated a brand new algorithm for this project, which changes the graphic behaviors by means of sounds. Depending on the note sung, several parameters of the program, such as colors, shapes, density, and rhythms (squares, circles, stripes, etc.), will change.