Phosphor
Focused rays of ultraviolet light paint temporary landscapes on a layer of phosphorous dust on the museum floor. Operating on concepts of erosion and mutation, the installation changes its behaviour and visual appearance during the exhibition period. Each trace of light leaves a mark on a virtual mountain range, like water slowly washing out deep canyons. With a little help from alchemy and quantum physics, matter acquired a memory: translating time into space
Astronomical Bodies
Astronomical Bodies is based on the research of Dr. Terence Kee of the University of Leeds. He proposes that that a reactive form of phosphorus arrived on the early Earth via meteorite impacts. His research found that phosphorus from space was more suitable for the chemical reactions to develop complex life. Astronomical Bodies reverses this process and tries to transform phosphorus harvested from the body — in the form of kidney stones and urine — into manmade meteorites. Rather than the traditional idea of transpermia addressed in a host of science fiction writings and films, Astronomical Bodies proposes that the galactic transferal of life-promoting chemicals is a natural process that we can facilitate.
Fiber Optic Dress
At the intersection of fashion and digital innovation comes wearable tech. Giving analog clothing and accessories a futuristic upgrade, it promises to completely redefine their form and function. One of the most stunning examples of the tech-chic trend is a headline-making dress dubbed the “jellyfish.” Created by designer Richard Nicoll, it appeared to float down the runway at London Fashion Week exuding the same phosphorescent glow of the eerily gorgeous sea creatures that inspired it. (Except his dress used strings of fiber optics—no stinging tentacles here!)
