university of california, los angeles

Computational Design and
Analysis of RNA Nanostructures

Since 2023, I have worked under the direction of
Dr. Jaimie Marie Stewart, using computational modeling and molecular dynamics simulations to study multi-stranded RNA nanostructures.

My research involves modeling and simulating RNA nanostars and analyzing their structural behavior to better understand how nanoscale architecture influences the formation and behavior of RNA condensates.
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singapore university of technology and design

Complexity Science in Urban Growth Models for Emission Dynamics

In Summer 2025, I worked with Dr. Lay-Kee Ang to apply fractional calculus, extending an existing integer-based urban growth model to study global CO₂ emissions.

Using this framework, I examined how memory effects influence emission patterns and compared the fractional- and integer-order models to determine which provided a better fit, revealing how population dynamics shape a country's emissions.

Justine C. Lim

My Research Experience

university of california, los angeles

Computational Design and
Analysis of RNA Nanostructures

singapore university of technology and design

Complexity Science in Urban Growth Models for Emission Dynamics

My Research Experience

university of california, los angeles

Computational Design and Analysis of RNA Nanostructures

singapore university of technology and design

Complexity Science in Urban Growth Models for Emission Dynamics

Computational Design and
Analysis of RNA Nanostructures