Elizabeth R. S. Burnim is an interdisciplinary researcher and abstract expressionist artist investigating the emergence of order in complex systems. Her practice bridges the reductionist quest for fundamental laws with the study of collective behavior, treating the canvas as a high-dimensional experimental apparatus.
Research Domains:
Coherent Field Behavior & Vortex Dynamics: Investigating topological behavior in adaptive environments.
Many-Body Physics: Mapping the transition from microscopic variables to macroscopic coherence.
Computational Electromagnetics: Developing robust protocols for visualizing non-linear transport.
Systemic Inquiry: Visualizing "More is different" phenomena.
Metamorfosi (2026) Metamorfosi is a concentrated laboratory investigation into the genesis of order. These are pure Abstract Expressionist works—large-scale, high-density paintings built upon a foundational lineage of field-based resolution. The work does not derive from data; it arises from the rigorous application of material protocols to resolve microscopic noise into macroscopic equilibrium.
Systemic Lineage: The work situates itself within the intersection of classical spatial resolution and contemporary field theory. It engages the architectural luminosity of Tiepolo, the atmospheric dissolution of Turner, the luminescent depth of Rothko, and the energetic complexity of Joan Mitchell. These are not stylistic references; they serve as a technical lineage of field-based investigation, bridging the gap between the monumental spatial strategies of Venetian masters and the non-linear dynamics of modern interacting systems.
Methodology: The Evolution of the Field The series advances through a sequence of rigorous material mutations, treating painting as a high-resolution instrument for visualizing physical instability.
Phases I–III (Material Baseline): Establishes the empirical foundation. Through atmospheric tonal fields and high-density mark-making (ultramarine saturation), the work captures the systemic tension between entropic chaos and structural focus.
Phases IV–V (Structural Integration): Transposes these observations into a constructed field. By utilizing high-relief, single-pigment surfaces that push against fluid, integrated depth, these canvases map the dynamics of field-wave interaction. The structural underdrawing serves as a strategic scaffold, signaling a departure from fixed metrics toward the visualization of organic, many-body coherence.
Theoretical Context: These canvases function as visual manifestations of many-body dynamics. By mapping the transition from mechanical structure to fluid continuum, the work offers a phenomenological inquiry into the links between informational density, spatial coherence, and the non-linear field dynamics found in general relativity.
Professional Inquiry & Collaboration
Inquiries regarding interdisciplinary collaboration, institutional research, and academic discourse.
We prioritize inquiries related to systemic inquiry, phase-transition mapping, and interdisciplinary research projects.
Please allow 48-72 hours for an initial review of your inquiry.