probability

Quantum Collocation is a work of experimental writing designed as an application for mobile digital devices. An interactive erasure of an excerpted page from a foundational essay by preeminent physicist Niels Bohr, Quantum Collocation applies the laws of quantum mechanics to the user’s experience of the work, allowing her to uncover a range of unique poetic possibilities within Bohr’s original text through her positioning and repositioning of the mobile device in space. The work embodies Bohr’s notion of “complementarity,” in which the way an experimental apparatus designed to measure a particle’s properties is configured is crucial to determining precisely which of those particle’s characteristics become determinate at the moment of observation. In Quantum Collocation, Bohr’s words are the particles under observation, and the mobile device is the experimental apparatus through which those observations are made possible; each of the device’s unique positions in space uncover a unique poetic possibility within Bohr’s original writing. Quantum Collocation deploys probability functions that determine how poems become legible to the user, creating a dynamic, non-linear text distributed across space and time. Yet rather than being algorithmically generated, each poem has been carefully crafted by the author, providing a unique series of literary reflections on the philosophical implications of quantum physics and the indeterminate nature of physical reality. (Source: ELO Conference)