2017 – 2023 Archives (DMR – 1720415)
More information can be found on the
Wisconsin MRSEC Brochure (DMR – 1720415).
IRG 1 2017 – 2023 (DMR – 1720415)
Glasses are ubiquitous across materials types and technological applications but their structure – property – processing relationships and underlying fundamental physics remain poorly understood. IRG 1 uses cross-fertilization of ideas and techniques from organic and inorganic glasses to address fundamental problems in glass science through the lens of stability. The IRG integrates theory, simulations, and experiments to expand the range of ultrastable glassy materials and to enable new applications in areas as diverse as hard coatings and quantum information.
IRG 2 2017 – 2023 (DMR – 1720415)
Complex metal oxides are a diverse and highly versatile class of materials that can exhibit scientifically and technologically important behaviors ranging from magnetism to piezoelectricity. New technologies and new fields of applications can be realized by expanding the scope of available ionic compositions and increasing the geometric complexity of nanostructures formed from crystalline oxide materials. IRG 2 focuses on probing the synthesis of oxides, increasing the range of available oxide compositions, and forming unique nanostructures – directions that are each enabled by use of novel transformations from the amorphous to crystalline form.
Superseeds & Seeds 2017 – 2023 (DMR – 1720415)
Superseed and Seed projects funded by MR 1720415.
Products (DMR – 1720415)
MRSEC projects result in a multitude of important and applicable resources and publications.
Highlights (DMR – 1720415)
Posts of highlighted research and products.