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Vector Fields (Skyrmions)
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Uršula Berlot
Vector Fields (Skyrmions)
,
2023
–
ongoing
Co-workers & Funding
Prof. dr. Sašo Šturm, Jožef Stefan Institute Ljubljana – Department for Nanostructured Materials
funding: Krško Cultural Centre
Top
Information
Documents
Description
Keywords
Technology & Material
Exhibitions & Events
Bibliography
Documents
Vector Fields - Skyrmions
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Vector Fields - Skyrmions
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Vector Fields - Skyrmions
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Vector Fields - Skyrmions
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Vector Fields - Skyrmions
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Vector Fields - Skyrmions
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Vector Fields - Skyrmions
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Vector Fields - Skyrmions
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Vector Fields - Skyrmions
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Vector Fields - Skyrmions
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Vector Fields - Skyrmions
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Vector Fields - Skyrmions
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Vector Fields - Skyrmions
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Description
acrylic paint on plexiglass, UV light reflector
dim: 105 x 180 cm (each, series of 7)
Photo by: Boštjan Pucelj, Archive Gallery Krško; DK / Archive KIBLA
A series of images on Plexiglas shows a selection of two-dimensional diagrams of skyrmion vector fields, topological vortex textures of variously-oriented magnetization schemes, such as biskyrmion, antiferromagnetic skyrmion, skyrmion lattice and the like. The textures, created on a transparent support with specific lighting, project shadows that create the illusion of three-dimensional immersion. At the same time, due to the specific optical effects of fluorescent acrylic paint, they produce [what appear as] glowing of electrically-charged bodies. These scientific visualizations that here take the form of artistic motifs highlight the broader cultural significance of scientific and technological imaging, particularly its potential to reveal the invisible and the intelligible.
Keywords
aesthetics
illusionary
immaterial
virtual
visual
genres
digital graphics
nanoart
subjects
Art and Science
light (energy)
microscopy
nanotechnology
physics
representation of knowledge
research
science
scientific images
space
Arts and Visual Culture
gaze
materiality
model
optical illusion
projections
shadows
virtuality
visual culture
Body and Psychology
eyes
perception
senses
Media and Communication
electronic media
visualization
Nature and Environment
energy
magnetism
physical laws
Technology and Innovation
optics
Technology & Material
Method
software interface, laser cut technology, airbrush colour technique
Exhibitions & Events
Imaginary Skyrmions
2023
Bibliography