Photograph of biomaterials created by Arts University Plymouth MA Student Natalia Lombardi

Research Repository

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Ephemer(e)ality Capture: Glitch Practices in Photogrammetry details artistic practice using cloud-based photogrammetry that actively invokes glitches through disturbance of the imaging algorithm by utilising optical phenomena. Reflective, transparent, specular and patterned/repetitive objects were used to confuse the imaging algorithm to produce spikes, holes and glitches in the mesh and textures of the 3D objects produced. The research tests the limits of photogrammetry in an effort toward new image-making methods. It builds upon the research of Hito Steyerl’s Ripping Reality: Blind spots and wrecked data in 3D in which she outlines the errors of 3D scanning media in her work and contextualises amongst thought surrounding the objectivity of photographic media.

Research Group
Publication
Ephemer(e)ality Capture: Glitching The Cloud through Photogrammetry‘, Journal for Artistic Research, 24

Overview of a project produced towards an MA in Photography published in SUB, a space for the dissemination of contemporary thought, writing, and creative practice produced by the post graduate community at Arts University Plymouth.

Publication
Sub-text. 1 (1). pp16 - 19

This article considers Philip. K. Dick’s story in light of current forms of image-making apparatus, specifically in relation to photogrammetry. Dick’s protagonist, Doc. Labyrinth’s design and ambitions of The Preserving Machine to safeguard cultural heritage in the light of ecological catastrophe resonates with the application of 3D imaging technologies in cultural heritage industries.

Research Group
Publication
Visual Resources