Philip Neill
Rheology of DNA solutions
Started on August, 2022
Currently pursuing a PhD at UCSD
Research themes with our lab
Publications with our group
 | Enzymatic cleaving of entangled DNA rings drives scale-dependent rheological trajectories *Philip Neill*, Natalie Crist, *Ryan McGorty*, Rae Robertson-Anderson Published in Soft Matter, February 2024 (see publication) Research themes: Differential Dynamic Microscopy |
 | Optical-Tweezers-integrating-Differential-Dynamic-Microscopy maps the spatiotemporal propagation of nonlinear strains in polymer blends and composites *Karthik R. Peddireddy*, Ryan Clairmont, *Philip Neill*, *Ryan McGorty*, Rae M. Robertson-Anderson Published in Nature Communications, September 2022 (see publication) Research themes: Differential Dynamic Microscopy |
Presentations while with our group
 | Diffusion of concentrated DNA rings undergoing dynamic concatenation Danna Aguilar, *Ryan McGorty*, *Philip D. Neill*, *Juexin Marfai*, *Bailey Arnold*, Rae Robertson-Anderson Presented at APS March Meeting, March 2024 (see published abstract) Research themes: |
 | DNA transport within confined motor-driven cytoskeletal networks *Mehdi Shafiei Aporvari*, *Philip Neill*, Daisy H. Achiriloaie, *Ryan McGorty*, Rae Robertson-Anderson Presented at APS March Meeting, March 2023 (see published abstract) Research themes: Cytoskeletal Networks, Differential Dynamic Microscopy |
| | Time-varying stress response and deformation dynamics of topologically-active DNA solutions *Karthik Peddireddy*, *Philip Neill*, *Juexin Marfai*, *Ryan McGorty*, Rae Robertson-Anderson Presented at APS March Meeting, March 2023 (see published abstract) Research themes: Differential Dynamic Microscopy |
| | Non-equilibrium viscoelasticity driven by dynamic concatenation of ring DNA *Philip Neill*, *Juexin Marfai*, Cindy Sumair, *Ryan McGorty*, Rae Robertson-Anderson Presented at APS March Meeting, March 2023 (see published abstract) Research themes: Rheology |
| | Dynamic concatenation leads to anomalous transport of ring DNA in concentrated solutions *Juexin Marfai*, *Philip Neill*, *Ryan McGorty*, Rae M. Robertson-Anderson Presented at APS March Meeting, March 2023 (see published abstract) Research themes: Rheology |
 | Dynamic concatenation of ring DNA leads to non-equilibrium viscoelasticity tuned by DNA size and concentration *Philip Neill*, *Juexin Marfai*, Cindy Sumair, *Ryan McGorty*, Rae Robertson-Anderson Presented at Biophysical Society Annual Meeting, February 2023 (see published abstract) Research themes: |
| | Dynamic concatenation of leads to anomalous transport of ring DNA in concentrated solutions *Juexin Marfai*, *Philip Neill*, *Ryan McGorty*, Rae Robertson-Anderson Presented at Biophysical Society Annual Meeting, February 2023 (see published abstract) Research themes: |
 | Time-dependent rheology of enzymatically-active composites of DNA and dextran *Juexin Marfai*, Pawan Khanal, *Philip Neill*, Davide Michieletto, *Ryan McGorty*, Rae M. Robertson-Anderson Presented at ACS Spring Meeting, March 2022 (see published abstract) Research themes: Rheology |
 | Mapping nonlinear stress propagation in non-equilibrium complex fluids *Karthik Peddireddy*, Ryan Clairmont, *Philip Neill*, *Jonathan Garamella*, *Ryan McGorty*, Rae M. Robertson-Anderson Presented at APS March Meeting, March 2022 (see published abstract) Research themes: Differential Dynamic Microscopy |
| | Time-dependent rheology of enzymatically-active composites of DNA and dextran *Juexin Marfai*, Pawan Khanal, *Philip Neill*, Davide Michieletto, *Ryan McGorty*, Rae M. Robertson-Anderson Presented at APS March Meeting, March 2022 (see published abstract) Research themes: Rheology |