University of Maryland
Materials Research Science and Engineering Center
Highlights
- IRG 1 Highlights: Low-Dimensional Interfaces
- IRG 2 Highlights: Multifunctional Magnetic Oxides
- Seed Highlights
- Education Outreach Highlights
- Other Highlights (Shared Facilities, Partnerships)
IRG 1 Highlights: Low-Dimensional Interfaces
- Electric Potential Metrology on the Nanoscale
- Metal Atom-Directed Traffic: Building Efficient 3-D Materials
- Microscope Maps the Graphene Terrain
- Charge Transfer across Oriented Molecular Interfaces
- Poking Holes in Graphene Makes it Magnetic
- Standing Plasmon Waves on Ag Grating Structures
- Adding Ice to Graphene Reduces Resistance
- Noise at the Nanoscale
- Electrons in Graphene can Travel 100 Times Faster than in Silicon
- Molecular Nano-Ring Beats Like a Chime
- New Electronic Material Fits In Where It’s Placed
- Metal Electrodes Fluctuate under Molecular Bonds
- Directed Self Organization of Step Bunches on Patterned Vicinal Si(111)
- Mismatched Molecules Generate Chiral “Pinwheels”
- Capturing Atomic Spirals
- See nuggets from the previous MRSEC award - MRSEC II IRG2
IRG 2 Highlights: Multifunctional Magnetic Oxides
- Bilayer Graphene Photon Detector
- Atomic Resolution Imaging at 2.5 GHz using Near Field Microwave Microscopy
- Origin of Electric-field-induced Magnetization in Multiferroic HoMnO3
- Antiferroelectric Phase in Sm Doped BiFeO3
- Origin of the Colossal Electromagnon in Multiferroic RMnO3
- Magnetic and Charge-ordered Pancakes in LuFe2O4
- Electromagnons in Multiferroics
- Giant Magneto-Elastic Coupling in hexagonal Y(Lu)MnO3
- Novel Multiferroic Thin Film Memory Devices
- The Magneto-Capacitance Effect and Electro-Magnons in Multiferroics
- Controlled Growth of Multiferroic Thin Films
- Synthesis of single crystalline multiferroic BiFeO3 films
- Colossal magnon-phonon coupling in multiferroic materials
- See nuggets from the previous MRSEC award - MRSEC II IRG3
Seed Highlights
- Building Better Nanodevices
- Topological Materials for Next Generation Electronics
- Vortices and Antivortices on a Crosstie Wall
- Synthesis and Characterization of Topological Insulator Materials
- Electrostatic Nanocapacitors for Electrical Energy Storage
- Direct Observation of Electric-Field Induced Motion of a Magnetic Domain Wall
- Fundamentals in Applied Math of Structural Evolution
- Heterogeneous Nanowires and Nanotubes for Energy Storage
- Coaxial Nanostructures for Energy Storage
- Conducting Polymer Nanotubes toward Supercapacitor
- Loading up Nanoporous Carriers
Education Outreach Highlights
- NanoFabulous
- Greatest Show on Earth: Big Top Physics, USA Science and Engineering Festival, Washington DC
- UMD MRSEC Takes Its Giant Buckyball on the Road
- Students Get a Global Perspective at UMD MRSEC Nanoscience Camp
- Annual Middle School Student Science Conference (SSC)
- Pre-Engineering Program: Project Lead the Way
- Thinking Small: Nanoscale Informal Science Education (NISE) Activities
- UMD-MRSEC Research Experience for Undergraduates Program (REU)
- Pre-Engineering Program: Collaboration Between the University of Maryland MRSEC and Charles Herbert Flowers High School, PGCPS
- UMD-MRSEC Summer Camps
Other Highlights (Shared Facilities, Partnerships)
- Fabrication of a Non-volatile Multiferroic Memory Device
- Flexible RF Inductors by Transfer Printing
- Electrons in Graphene can Travel 100 Times Faster than in Silicon
- Discovery of a Pb-free Morphotropic Phase Boundary (MPB) in a High Tc Piezoelectric Perovskite
- Conducting Polymer Nanotubes toward Supercapacitor
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