Doors & Keys

The work Doors & Keys by Luca Pozzi is an ambitious experiment in unifying seemingly distant languages: the precision of theoretical physics and a geopolitical approach to environmental protection. The project is rooted in the encounter between two antithetical structures. On one hand is the Hyper-diamond, a topological and almost perfectly symmetrical structure conceived in 2009 by computer engineer Raymond Aschheim to optimize the decoding of the Standard Model of particle physics. On the other is the Methow Valley in Washington State, a territory where a community has chosen to preserve local biodiversity through an “invisible” and deeply connoted geopolitical strategy.

In this scenario, Pozzi operates a synthesis between the universal and the specific, mathematical order and natural chaos, seeking a link through the connective mediation of light. The central device consists of a phosphor surface the size of a standard door, located in five different places and filmed exactly at sunset. At the liminal moment when natural light fades and the legendary “green ray” appears, the artist intervenes with an ultraviolet lamp to trace an improvised drawing. This Light Drawing process is not merely an aesthetic act but an attempt to slow down and perpetuate that ephemeral moment of cyclic transition, transposing natural frequency into a persistent mark on the phosphor.

From the perspective of Loop Quantum Gravity, these doors become thresholds where space and time emerge from an informational vacuum. Each door represents an intersection of different worlds that, through the installation, are simultaneously interconnected. The work suggests that reality is a network of granular relationships where the human gesture acts as the classical observer. By interacting with the surface, the artist activates a process of decoherence, transforming a superposition of states into a visible and shared experience. Five landscapes and five temporal loops merge into a single entangled system, offering the public a key to access otherwise separated micro-worlds.