The collective dynamics lab has supported DKU undergraduates’ scholarly development since 2019, echoing the research and practice animating principle and interdisciplinary character of DKU. CDL Alumni received PhD offers from Duke, Yale, UChicago, Uni Michigan – Ann Arbor, Northwestern, UT Austin, UT Southwestern Medical Center, etc., as well as numerous offers to continue their studies as master students in the U.S. and the E.U. We welcome DKU students interested in materials science physics, biophysics, soft matter physics, applied math and computer science with basic training (i.e., 100 level math, phys, computer science, stats courses) to join through internal channels (student worker, independent study, SRS, SELF, Signature Work). Moreover, CDL may also have openings for PhD students, interns, postdoc, etc. Please check News page for opportunities or email the PI directly with a short Letter of Intent and your CV.
and glass, metal, plastic, styrofoam, and 3D printed particles.
2023 – 2025, SRS, Signature Work
Projects: Active Jamming, “Molecular Motion; A Unified Approach to Kinesin Molecular Dynamics”
2023 – 2025, SRS, Signature Work
Projects: Active Jamming, “Investigating root growth in granular media with X-ray computed tomography”
2023 – 2025, Signature Work (jointly supervised with Prof. Ming-Chun Huang from Computer Science)
Projects: “Smart DKU: AQI sensor development for DKU Gym”
2022 – present, (part time) Lab Manager of CDL
Projects: “Smart DKU”
2022 – present, (part time) Research Scientist of CDL
Projects: Role of gravity on granular drag, Active Jamming
2023 – present, (part time) Visiting Professor of DKU
Projects: Granular Drag, Active Jamming, Reservior computing
2013 – 2016, Bachelor & Master Thesis, Experimentalphysik V, Uni Bayreuth, Germany
2016 – 2021, PhD Thesis (Note: Sehr Gut), Experimentalphysik V, Uni Bayreuth, Germany
Projects: Targeted wetting, patchy granular matter
Projects: Granular drag
Projects: Wet particle impact
(Currently MSc. student at Uni Tuebingen)
Projects: Granular drag, targeted wetting
(Currently PhD student of Applied Physics at Yale)
Projects: Wet particle impact, targeted wetting
(Currently MEng. student at Duke Pratt)
2021 – 2022, Signature Work (Team based: ECON + DS)
Projects: Product Lifecycle Management (highlight)
(Currently master students at Duke Pratt and Duke Fuqua)
2021 – 2022, Signature Work (biophysics)
Projects: “Decipher freshwater algal growth dynamics with microfluidic cultivation experiments” (highlight, her story in Chinese)
(Currently PhD students at Uni Chicago)
2021 – 2022, Signature Work (applied math and computation)
Projects: “Robot Hand and Object Recognition”
(Currently MEng students at Duke Pratt)
2022 – 2023, Signature Work (biophysics, jointly supervised with David Huang from Medical Physics Program)
Projects: “Positioning Uncertainty and Dose Variation Analysis Based on Cone-beam CT Imaging During Image Guided Radiotherapy”
(Currently PhD student at UT Southwestern Medical Center)
2021 – 2024, Student Worker, SRS, Signature Work (data science)
Projects: “Smart DKU – Development of a sensor network for monitoring DKU gym activities”
( MEng. student at Duke Pratt)
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