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Highlights

Highlights

Exciton-Coupled Coherent Magnonsin a 2D Semiconductor
Exciton-Coupled Coherent Magnonsin a 2D Semiconductor
May 16, 2023
Columbia University in the City of New York

Exciton-Coupled Coherent Magnonsin a 2D Semiconductor

Zhu, Roy, Delor, Columbia University Center for Precision-Assembled Quantum Materials (PAQM)
One exciting application of magnetic materials is the use of coherent magnonsas energy-efficient information carriers in spintronicsand magnonicsor as interconnects in hybrid quantum systems.
Ballistic Excitons and Surface Functionalization in a Superatomic Semiconductor
Ballistic Excitons and Surface Functionalization in a Superatomic Semiconductor
May 16, 2023
Columbia University in the City of New York

Ballistic Excitons and Surface Functionalization in a Superatomic Semiconductor

Roy, Delor, Nuckolls and Berkelbach, Columbia University
The transport of energy and information in semiconductors is limited by scattering between electronic carriers and lattice phonons, resulting in diffusive and  lossy  transport  that  curtails  all  semiconductor  technologies.
Highly Oriented Glassy Thin Films of Organic Semiconductors
Highly Oriented Glassy Thin Films of Organic Semiconductors
May 16, 2023
University of Wisconsin - Madison

Highly Oriented Glassy Thin Films of Organic Semiconductors

Paul Voyles, Mark Ediger, Lian Yu, University of Wisconsin-Madison
Textbooks say that glasses are structurally disordered and  isotropic,  meaning  that  their  constituent molecules don’t’ form a repeating pattern and point in random directions.
A New Common Behavior for Glasses
A New Common Behavior for Glasses
May 16, 2023
University of Wisconsin - Madison

A New Common Behavior for Glasses

L. Yu, D. Morgan, P. Voyles, M. Ediger, J. Perepezko, U. Wisconsin-Madison
Materials  scientists  use  rules  that  hold  across  different kinds   of  materials   as  powerful  tools  to  understand material’s    fundamental    behavior,    to    predict    their properties   and   performance,   and   to   design   new materials.
Atomic-scale origin of the low grain-boundary resistance in perovskite solid electrolyte Li0.375Sr0.4375Ta0.75Zr0.25O3
Atomic-scale origin of the low grain-boundary resistance in perovskite solid electrolyte Li0.375Sr0.4375Ta0.75Zr0.25O3
May 16, 2023
University of California, Irvine

Atomic-scale origin of the low grain-boundary resistance in perovskite solid electrolyte Li0.375Sr0.4375Ta0.75Zr0.25O3

T. Lee, C.A. Gadre, H. Huyan, C. Du, J. Li, T. Aoki, R. Wu, X. Pan (University of California, Irvine) J. Qi, S. Ko, Y. Zuo, J. Luo, S. P. Ong (University of California, San Diego)
The main achievement of this research is revealing the atomic-scale origin of the low grain-boundary (GB) resistance in Li0.375Sr0.4375Ta0.75Zr0.25O3 (LSTZ0.75) perovskite solid electrolyte and providing insights on overcoming the ubiquitous bottleneck of high GB resistance in other oxide solid electrolytes.
Sugar-fueled Dissipative Living Materials
Sugar-fueled Dissipative Living Materials
May 16, 2023
University of California, Irvine

Sugar-fueled Dissipative Living Materials

Hyuna Jo, Serxho Selmani, Zhibin Guan, Seunghyun Sim (University of California, Irvine)
The  first  example  of  synthetic  living  material featuring   dissipative   behaviors   directly controlled  by  the  fuel  consumption  of  their constituent cells.
In suspensions of polymer particles designed to undergo a glass transition, the ability to shear jam can be turned on (or off) in situ by varying temperature. Images show pull tests.
In suspensions of polymer particles designed to undergo a glass transition, the ability to shear jam can be turned on (or off) in situ by varying temperature. Images show pull tests.
May 16, 2023
Big Idea: Understanding the Rules of Life

Leveraging the Polymer Glass Transition

A collaboration between the de Pablo, Rowan and Jaeger groups at the University of Chicago developed a novel class of suspensions with stimuli-responsive polymer particles to be able to transition reversibly between liquid to solid behavior in response to temperature,
Cover image of MXenes
Cover image of MXenes
May 16, 2023
Big Idea: Understanding the Rules of Life

Direct Synthesis and CVD of 2D MXenes

Novel chemical reactions enable scalable and atom-economic synthesis of two-dimensional metal carbides and nitrides (MXenes). These directly synthesized MXenes from the University of Chicago show excellent energy storage capacity for Li-ion intercalation.
The four exposed probosces that comprise the jaws of bloodworms. On the right is a scanning electron micrograph of a single jaw.
The four exposed probosces that comprise the jaws of bloodworms. On the right is a scanning electron micrograph of a single jaw.
May 15, 2023
University of California, Santa Barbara

A Multi-tasking Polypeptide from Bloodworm Jaws

Matthew Helgeson, UCSB J. Herbert Waite, UCSB
The key protein that helps bloodworms form copper-based mineral composites to make very strong jaws has been identified along with the several functions that it serves.
Controlling functional groups and polymer architectures allows the relative amount of lithium ions transported (the transference number) to be enhanced without much detriment to the total ionic conductivity.
Controlling functional groups and polymer architectures allows the relative amount of lithium ions transported (the transference number) to be enhanced without much detriment to the total ionic conductivity.
May 15, 2023
University of California, Santa Barbara

High-Performance Polymer Solid Electrolytes

Raphaële Clément, UCSB Javier Read de Alaniz, UCSB Rachel Segalman, UCSB
New lithium-ion transporting polymers, suitable for use as solid electrolytes in lithium ion batteries have been developed based on controlling the dielectric properties of polymers and details of the polymer architecture. Many lithium-transporting polymers, which could play a central role in the future of solid-state lithium batteries, suffer from poor lithium conductivity, even if the total conductivity could be high due to the counterions moving. MRSEC IRG-2 researchers have devised strategies to ensure that it is the lithium that moves, making these materials useful. 

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