Steven Dang
Studying the formation of microcapsules using temperature-sensitive microgel colloids
Started June, 2020; ended May, 2023
Research themes with our lab
Publications with our group
 | Convolutional neural networks applied to differential dynamic microscopy reduces noise when quantifying heterogeneous dynamics *Gildardo Martinez*, *Justin Siu*, *Steven Dang*, *Dylan Gage*, *Emma Kao*, *Juan Carlos Avila*, *Ruilin You*, *Ryan McGorty* Published in Soft Matter, September 2024 (see publication) Research themes: Colloidal Fluids, Differential Dynamic Microscopy |
 | Crowding and confinement act in concert to slow DNA diffusion within cell-sized droplets *Mehdi Shafiei Aporvari*, *Steven Dang*, *Juexin Marfai*, Kara Coursey, *Ryan McGorty*, Rae M. Robertson-Anderson Published in iScience, September 2022 (see publication) Research themes: Differential Dynamic Microscopy |
| | Core–shell droplets and microcapsules formed through liquid–liquid phase separation of a colloid–polymer mixture *Steven Dang*, *John Brady*, *Ryle Rel*, *Sreenidhi Surineni*, *Conor O'Shaughnessy*, *Ryan McGorty* Published in Soft Matter, August 2021 (see publication) Research themes: Colloidal Fluids |
Presentations while with our group
 | Differential dynamic microscopy enhanced with convolutional neural networks *Justin Siu*, *Ruilin You*, *Steven Dang*, *Ryan McGorty* Presented at APS March Meeting, March 2023 (see published abstract) Research themes: Differential Dynamic Microscopy |
 | DNA dynamics in crowded cell-sized droplets *Mehdi Shafiei Aporvari*, *Steven Dang*, *Juexin Marfai*, Kara Coursey, *Ryan McGorty*, Rae M. Robertson-Anderson Presented at APS March Meeting, March 2022 (see published abstract) Research themes: Cytoskeletal Networks, Differential Dynamic Microscopy |
| | Effects of crowding and confinement on the transport and localization of DNA *Steven Dang*, *Mehdi Shafiei Aporvari*, *Juexin Marfai*, Kara Coursey, *Ryan McGorty*, Rae M. Robertson-Anderson Presented at APS March Meeting, March 2022 (see published abstract) Research themes: Differential Dynamic Microscopy |