This project explores the boundaries between human consciousness and artificial intelligence. Through a series of digital art pieces and interactive installations, I investigate what it means to be sentient in an increasingly digital world.
The work questions whether a digitally emulated mind could ever truly achieve consciousness, or if there is something inherently unique about biological cognition that cannot be replicated through code.
Viewers are invited to interact with these pieces, blurring the lines between observer and participant, between creator and creation.
This piece visualizes the complex web of connections in a neural network, rendered as an ethereal, glowing structure. The pathways illuminate as data flows through the system, mimicking the firing of neurons in a biological brain.
Visitors can interact with this installation through movement and sound. The digital mind responds to human presence, learning and adapting to different patterns of interaction over time, demonstrating emergent behaviors that blur the line between programmed responses and creative decisions.
This video documents the full exhibition experience, capturing how different visitors engaged with the installation and the varied responses of the system. Notice how the emulated mind develops distinct "preferences" for certain types of interactions.
This diagram illustrates the theoretical framework behind the project, mapping the intersections between computational processes, philosophical concepts of consciousness, and artistic expression.
This work emerged from my fascination with artificial neural networks and the philosophical implications of creating machines that appear to "think." As someone with backgrounds in both computer science and fine arts, I found myself drawn to the intersection of these disciplines.
The title "An Emulated Mind" references both the technological process of emulation—creating a system that mimics the behavior of another—and the philosophical question of whether consciousness itself can ever truly be emulated or if it is an emergent property that transcends its physical substrate.
Throughout the development process, I collaborated with AI researchers, philosophers, and neuroscientists to ground the artistic exploration in current scientific understanding while pushing into speculative territory.
The interactive components use a combination of computer vision to track visitor movements, natural language processing to interpret spoken input, and generative adversarial networks to create visual responses. The system maintains a memory of previous interactions, allowing it to develop patterns of behavior that evolve over time.
The visual aesthetic draws inspiration from both biological neural structures and the abstract architecture of machine learning systems, creating a visual language that exists between the organic and the digital.