Presented at the MIT Biophysics Retreat
Presented my postdoctoral work on protein-language-model identification of conserved motifs that drive phase separation in intrinsically disordered proteins.
View posterAcademic journey
Selected milestones, presentations, and recognitions from my research career.
Presented my postdoctoral work on protein-language-model identification of conserved motifs that drive phase separation in intrinsically disordered proteins.
View posterJoined an interdisciplinary community of researchers in Chicago to identify emerging questions at the intersection of molecular and cellular science, biophysics, bioinformatics, and data-driven research.
View summit programBegan my postdoctoral research in computational biophysics, expanding my work in molecular simulation, biomolecular condensates, and data-driven modeling.
Completed my doctoral training in the Chen Lab at UMass Amherst after four and a half years of research in multiscale simulation and intrinsically disordered proteins.
View defense momentSelected for an oral presentation on accurate simulations of IDP secondary structures and liquid–liquid phase separation.
View event photoShared my doctoral research in a poster presentation at the American Chemical Society Spring Meeting in Indianapolis.
View ACS meeting archiveIntroduced the HyRes II coarse-grained model in a CBI Chalk Talk and discussed its applications to disordered proteins and dynamic interactions.
Presented a research poster at the 2022 Biophysical Society Annual Meeting—my first conference as a doctoral researcher.
View poster presentationPassed the Original Research Proposal examination and advanced to candidacy in the UMass Amherst Chemistry Ph.D. program.
Passed the first formal doctoral milestone and established the research direction for my dissertation work.
After completing three laboratory rotations, joined Professor Jianhan Chen’s group to begin my doctoral research in computational biophysics.