Corey O'Hern

Research Interests: Modeling tissue mechanics during development

Research Interests: Computational biophysics with a focus in molecular dynamics and modeling

Thesis title: “Computational studies of protein structure”

Research Interests: I am interested in computational modeling of proteins, particularly structural response to amino acid mutations.

Thesis Title: Computational Studies of Deformable Particles Flowing Through Constrictions

Research Interests: Protein-Protein Interaction, Biological Networks, Machine Learning

Research Interests: My research focuses on studying and engineering programmable active matter—systems of programmable agents that replicate the collaborative behaviors observed in biological systems. By leveraging advancements in artificial intelligence and reinforcement learning, I aim to design agents that self-organize into materials with desired properties or mimic biological phenomena.

Research Interests: Computational studies of the biophysical properties of proteins

Thesis title: “Computational studies of protein structure”

Research Interests: Spreading dynamics of cell aggregates

Thesis title: “Investigating the Connection Between Protein Folding, Polymer Collapse and Jamming”

Research Interests: Deformable particle model, soft matter

Research Interests: Computational modeling of proteins

Research Interests: I am interested in soft matter, biophysics, and emergent phenomena.

Research Interests: Effects of particle geometry on glass transition

Thesis title: “Computational Studies of Proteins: Void analyses, NMR and X-ray structures, Fluctuations in protein structure measured using molecular dynamics simulations”

Thesis title: “Computational Studies of Protein-Protein Interfaces and Docking”

Research Interests: I’m interested in the computational modeling of the geometry and mechanics of cellular processes, most notably cell division.

Research Interests: I am interested in computationally modeling protein-protein interactions and assessing their quality to create robust scoring functions with deep-learning techniques.

Research Interests: Computational models of tissue development and repair

Thesis title: “Computational Studies of Packing and Jamming in Biological Systems”

Thesis title: “Geometry and contact mechanics of athermal jammed packings of frictionless spherical and nonspherical particles”

Thesis title: “Predicting side chain dihedral angles of protein cores and beyond: An exploration of the limits of the hard-sphere model”

Research Interests: Disorder and amorphous structures, granular matter, nonlinear systems

Research Interests: I’m interested in understanding the behavior of biological systems with computational models.