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Biophysical Journal|March 13, 2015
Crowding induces complex ergodic diffusion and dynamic elongation of large DNA moleculesCole D Chapman, Stephanie Gorczyca, Rae M Robertson-AndersonPhysical Review Letters|September 13, 2014
Nonlinear microrheology reveals entanglement-driven molecular-level viscoelasticity of concentrated DNACole D Chapman, Rae M Robertson-AndersonSoft Matter|August 26, 2015
Universal scaling of crowding-induced DNA mobility is coupled with topology-dependent molecular compaction and elongationStephanie M Gorczyca, Cole D Chapman, Rae M Robertson-AndersonACS Macro Letters|June 2, 2022
Optical Tweezers Microrheology: From the Basics to Advanced Techniques and ApplicationsRae M Robertson-AndersonACS Macro Letters|May 26, 2022
Active Entanglement-Tracking Microrheology Directly Couples Macromolecular Deformations to Nonlinear Microscale Force Response of Entangled ActinTobias T Falzone, Rae M Robertson-AndersonSoft Matter|June 25, 2025
Hacktive matter: data-driven discovery through hackathon-based cross-disciplinary codingMegan T Valentine, Rae M Robertson-AndersonBiophysical Journal|February 20, 2017
Nonlinear Actin Deformations Lead to Network Stiffening, Yielding, and Nonuniform Stress PropagationBekele Gurmessa, Shea Ricketts, Rae M Robertson-AndersonPhysical Review Letters|August 7, 2019
Optical Tweezers Microrheology Maps the Dynamics of Strain-Induced Local Inhomogeneities in Entangled PolymersManas Khan, Kathryn Regan, Rae M Robertson-AndersonSoft Matter|August 7, 2019
Maximally stiffening composites require maximally coupled rather than maximally entangled polymer speciesDavide Michieletto, Robert Fitzpatrick, Rae M Robertson-AndersonPolymers|April 13, 2019
DNA as a Model for Probing Polymer Entanglements: Circular Polymers and Non-Classical DynamicsKathryn Regan, Shea Ricketts, Rae M Robertson-AndersonPageof 6