2017 – 2023 Highlights (2023) 3D-Printed Topological Photonic Waveguides for Microwaves(2023) Migrant Education Program Gets Energized with Materials(2023) Stress-Driven Rotating Lattice in Lateral Solid-Phase Complex Oxide Crystallization(2023) Highly Oriented Glassy Thin Films of Organic Semiconductors(2023) Guiding Nanoscale Crystallization of Amorphous Solids(2023) MRSEC Members Introduce Materials Science to First Gen Students(2023) A New Common Behavior for Glasses(2023) Lunch Seminar Series Brings Academia and Industry Together(2023) Toward White LED Light with a New Substrate(2022) Predicting Surface Diffusion on Molecular Glasses(2022) Spray-on “SLIPS” and Controlled release “SNIPS”: New Designs for Slippery Antifouling Materials(2022) An Underwater Topological Waveguide at MHz Frequencies(2022) Computationally Designed Synthesis of Complex Oxide Materials(2022) Speeding the Discovery of Materials Synthesis Techniques using In Situ Synchrotron X-ray Nanobeam Characterization(2022) Student-Industry Seed Projects Teach Essential Skills for Future Success(2022) Bringing Science Home with Free Activity Kits(2022) A Teacher Inspired by Her MRSEC RET Program Experience Develops Her Own Research Experience(2022) Nanoscale Oxide Solid Phase Epitaxy(2021) Low Temperature Properties of Glass and its Connection to Glass Stability(2021) New Insights into Surface Diffusion on Glasses(2021) Use Machine Learning to Link Atomic Structure with Glass Properties and Behaviors(2021) Controlling Waves with 3D Printed MaterialsNews Segment Features MRSEC Efforts to Provide the Value of Field Trips Virtually(2020) Energy Transfer Inside of a Topological Photonic Materials(2020) Sparking Student Interest: Renewable Energy Devices in the Classroom(2020) Solid-Phase Crystallization Produces Oxide Buffer Layers Lattice-Matched to Semiconductors(2020) Research Endeavors, Cross-Cultural Experiences, and Educational Activities(2020) Solid-phase Epitaxy Produces Magnetic Oxides with Novel Magnetic Properties(2020) Order From Disorder: Molecular Packing in Glasses(2020) Why Sound Waves Travel So Far Unimpeded in Glasses at Low Temperatures(2020) Wisconsin MRSEC Excellence in Open Science Prize(2020) In Situ Synchrotron Radiation Instrumentation for Challenging Problems in Oxide Crystallization(2020) Machine Learning Algorithms(2019) Strain Mapping with a Fast TEM Camera(2019) Design Rules for Soft Materials with Integrated Natural and Synthetic Building Blocks(2019) Atomic and Electronic Structure of a Heusler Alloy(2019) Reaching Underserved Audiences by Bringing Science to a Local Food Pantry(2019) All Aboard the Improv-Science Trolley: Learning Science in Unexpected Places(2019) New Precursors and Growth Processes for Complex Oxide Electronic Materials(2019) Nanoscale Control of Complex Oxide Crystallization(2019) Predicting Surface Diffusion from Molecular Structures(2019) Mechanical Properties of Structure-TunableVapor-Deposited TPD Glass(2018) Seed: Synthetic soft matter created and inspired by communal behaviors of bacteria(2018) Seed: Synthetic soft matter created and inspired by communal behaviors of bacteria(2018) Strain engineering of Heusler thin films and heterostructures(2018) Electronic structure of thermoelectric Heusler compounds(2018) Industry Outreach Efforts of the Wisconsin MRSEC(2018) Broader Impacts of Wisconsin MRSEC Shared Instrumentation Facilities(2018) Impact of the Wisconsin MRSEC Shared Instrumentation Facilities(2018) Machine Learning and Materials: Wisconsin MRSEC and the Informatics Skunkworks(2018) Wisconsin MRSEC Researchers and Teachers Collaborate to Create Digital Educational Games(2018) Wisconsin MRSEC teaches Improv for Science Communication for the Materials Research Society(2018) IRG2: Lanthanide Atomic-Layer Deposition: Towards New Oxide Compositions and Geometries(2018) IRG2: Lateral Solid-Phase Epitaxy of a Perovskite Complex Oxide(2018) IRG1: Broader Impacts of Research on Organic Glasses with Tunable Liquid-Crystalline Order(2018) IRG1: Organic Glasses with Tunable Liquid- Crystalline Order(2018) IRG1: Increased stability of CuZrAl metallic glasses prepared by physical vapor depositionMore 2017 - 2023 Highlights posts More