See Through Machines
2023 - present
See Through Machines invites viewers to experience how machines first begin to see. Using the original material of vision — colored light — the artist presents optimized patterns that form the building blocks of machine vision. These patterns, drawn from landmark open-source models such as Google’s 2014 Inception model, reveal the invisible forces that optimize and bias machine understanding of the world. The work captures a pivotal moment in the history of machine intelligence, exposing the mechanics behind its evolving gaze. The patterns share common features with the visual building blocks of the human brain, reflecting their universal primacy.
See Through Machine (16 synthetic neurons from AlexNet, convolutional layer 1), I
UV ink on acrylic, custom wood framing, custom machine learning software, 31” x 31” x 1.5”. 2023
See Through Machine (16 synthetic neurons from AlexNet, convolutional layer 1), II
UV ink on acrylic, custom wood framing, custom machine learning software, 31” x 31” x 1.5”. 2023
See Through Machine (16 synthetic neurons from Inception v1, convolutional layer 2), III
UV ink glass, custom wood framing, custom machine learning software, 31” x 31” x 1.5”. 2025
See Through Machine (16 synthetic neurons from Inception v1, convolutional layer 2), IV
UV ink glass, custom wood framing, custom machine learning software, 31” x 31” x 1.5”. 2025
See Through Machine (16 synthetic neurons from AlexNet, convolutional layer 2), V
UV ink on acrylic, custom wood framing, custom machine learning software, 31” x 31” x 1.5”. 2024
See Through Machine (16 synthetic neurons from AlexNet, convolutional layer 1)
prototype I, 20” x 20” x 1.5”. 2023
See Through Machine (16 synthetic neurons from AlexNet, convolutional layer 1)
prototype II, 20” x 20” x 1.5”. 2023
ArtFWD, MarinMOCA
2024
Curating AI, 120710 Gallery, Berkeley, CA
2024
Curating AI, 120710 Gallery, Berkeley, CA
2024
See Through Machine (16 synthetic neurons from AlexNet, convolutional layer 1), I
UV ink on acrylic, custom wood framing, custom machine learning software, 31” x 31” x 1.5”. 2023
See Through Machine (16 synthetic neurons from AlexNet, convolutional layer 1), II
UV ink on acrylic, custom wood framing, custom machine learning software, 31” x 31” x 1.5”. 2023
See Through Machine (16 synthetic neurons from AlexNet, convolutional layer 1), I
UV ink on acrylic, custom wood framing, custom machine learning software, 31” x 31” x 1.5”. 2023
See Through Machine (16 synthetic neurons from AlexNet, convolutional layer 1), II
UV ink on acrylic, custom wood framing, custom machine learning software, 31” x 31” x 1.5”. 2023
See Through Machines
2023
See Through Machine, VI
Kiln-fused glass, custom machine learning software. 10” x 10”. 2024
See Through Machine, VII
Kiln-fused glass, custom machine learning software. 10” x 10”. 2024
See Through Machine, VII
Kiln-fused glass, custom machine learning software. 10” x 10”. 2024
See Through Machine, VIII
Kiln-fused glass, custom machine learning software. 10” x 10”. 2024