Home⁄ Dragonfly Flight
- 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
- The Crossover between Batteries and Supercapacitors in Nanoparticle Metal Oxides
- 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
- Chemistry, Physics, and Materials Science on the Computer
- 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
REU 2017 Projects
Dragonfly Flight
Professor: Jane Wang
Project Description: Tracking Dragonflies in 3D free flight