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Dragonfly Flight
REU 2017 Projects
Design and synthesis of force responsive materials
Manipulating Magnetic Devices with Spin-Orbit Interactions
Hierarchically structured composite nanofiber fabrics with insecticide functionality by electrospinning and ultrasonic sewing technologies
Controlling Electronic Conductivity in Oxides by Manipulating Cation Site Disorder
Development of cell-seeded collagen bioinks for 3D bioprinting
Microenvironmental Control of Embryonic Heart Valve Maturation
Cadherin-11 Mediated Mechanoregulation of Calcific Matrix Remodelling of the Aortic Valve
Development of Photocontrolled Polymerizations
Dragonfly Flight
Ultra-Fast Magneto-Thermal Microscopy to Probe Electron Spin Dynamics in Materials with Sub-Micron Resolution
Computational Design of Efficient Solar Cells
Tracking viral diversity with microfluidic and DNA sequencing technologies
Organic Electrode Materials for Electrical Energy Storage
Exploring and Understanding Transitions to Multicellular Life
Computer Optimization and 3D Printing of Quantum Dot
Synthesis of Covalent Organic Frameworks
Combing Optical Imaging with MRI
Analysis of the Activity of Antibacterial Oligothioetheramides
Self-healing hydrogel
Stable radical polymers for energy storage studies
Building low cost CO2 sensors for environmental applications
Hydro-SALSA: Imaging hydrodynamic stresses at the single particle scale
Dragonfly Flight
Professor
: Jane Wang
Project Description
: Tracking Dragonflies in 3D free flight
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Project Description: Tracking Dragonflies in 3D free flightProject Description: Tracking Dragonflies in 3D free flight