- 10 weeks of mentored research in nonlinear dynamics
- Professional development training, including outreach and communication
- Summer-long social justice in science dialogue
- Community-building with ~9 other undergrad researchers from across the country
- $6000 stipend
- $500 for travel to UMD and back home + included housing at UMD for the program duration
- $500 to present at conferences after TREND
TREND REU Program
ApplyTREND is a 10-week undergrad summer research program in nonlinear dynamics at UMD, funded by the NSF (award PHY1756179).
Projects are computational, experimental, theoretical, or a combination of these. Topics include
2D materials | biophysics | chaos | lasers | mathematical biology | nanodevices | neural networks | optoelectronics | particle physics/particle rings | plasma reconnection | robotics | turbulence
TREND 2022 will occur between May 31 and August 5. Application deadline is February 11, 2022. See details below.
Learn below about mentors, projects, program activities, and how to apply.
Want to talk? We're happy to schedule a one-on-one virtual meeting:
Schedule a ChatEmailAlthough TREND 2022 is currently planned to be on-site at UMD, we are prepared to run a fully online program with remote research projects and mentoring, as we successfully did in 2020 and 2021.
More Info
Projects/Mentors
Emergence in nonlinear systems
Thomas Antonsen, Michelle Girvan, and Edward Ott
(Computation and Theory)
Charged particle beam systems
Brian Beaudoin
(Computation and Experiments)
- project not offered Summer 2022 -
Time-delayed nonlinear oscillators and synchronization patterns in optoelectronic networks
Yanne Chembo, Thomas Murphy, and Rajarshi Roy
(Computation and Experiments)
2D materials for environmental and biological sensors, batteries, and fuel cells
Kevin Daniels
(Experiments)
Magnetic reconnection and the dynamics of energetic particles
James Drake and Marc Swisdak
(Computation and Theory)
Turbulence, flows, plasmas, and machine learning
Landry Horimbere and Daniel Lathrop
(Computation and Experiments)
Transport properties and electronic structure of silicon nanodevices with multiple quantum dots
Maicol Ochoa
(Computation and Theory)
Mathematical biology: dynamics of cell migration, population interaction models
Konstantina Trivisa
(Computation and Theory)
Many TREND projects result in conference presentations and/or papers. See those here.
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