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cathode ptychography

Low-Dose Aberration-Free Imaging of Li-Rich Cathode Materials

Research by the Peter Bruce Group and the Department of Materials uses electron ptychography to take steps towards...

Research by the Peter Bruce Group and the Department of Materials uses electron ptychography to take steps towards overcoming a major challenge in electron microscopy, imaging the complete...

Research by the Peter Bruce Group and the Department of Materials uses electron ptychography to take steps towards overcoming a major challenge in electron microscopy, imaging the complete atomic structure of m...

Research by the Peter Bruce Group and the Department of Materials uses electron ptychography to take steps towards overcoming a major challenge in electron microscopy, imaging the complete atomic structure of materials.

14 November 2018

ssb degredation

Degradation Mechanisms in an All-Solid-State Lithium-Ion Battery

Research by the Peter Bruce Group reports on the degradation mechanism in ASSBs, which have shown great potential...

Research by the Peter Bruce Group reports on the degradation mechanism in ASSBs, which have shown great potential for providing high power and energy densities with enhanced battery...

Research by the Peter Bruce Group reports on the degradation mechanism in ASSBs, which have shown great potential for providing high power and energy densities with enhanced battery safety.

Research by the Peter Bruce Group reports on the degradation mechanism in ASSBs, which have shown great potential for providing high power and energy densities with enhanced battery safety.

photonics

Device-level photonic memories and logic applications using phase-change materials

The study from the Advanced Nanoscale Engineering Group provides a practical and elegant technique to optically...

The study from the Advanced Nanoscale Engineering Group provides a practical and elegant technique to optically program multiple functions in photonic phase-change devices for future...

The study from the Advanced Nanoscale Engineering Group provides a practical and elegant technique to optically program multiple functions in photonic phase-change devices for future computing applications.

The study from the Advanced Nanoscale Engineering Group provides a practical and elegant technique to optically program multiple functions in photonic phase-change devices for future computing applications.

water splitting

Halide double perovskites for water splitting

George Volonakis and Feliciano Giustino use first principle calculations to look for applications for these newly...

George Volonakis and Feliciano Giustino use first principle calculations to look for applications for these newly discovered materials beyond photovoltaics and find they may open new...

George Volonakis and Feliciano Giustino use first principle calculations to look for applications for these newly discovered materials beyond photovoltaics and find they may open new opportunities in solar-driven...

George Volonakis and Feliciano Giustino use first principle calculations to look for applications for these newly discovered materials beyond photovoltaics and find they may open new opportunities in solar-driven photocatalytic water splitting.

lefferts

Electrical percolation through a discontinuous Au nanoparticle film

Research from the Surface Nanoscience Group have found resistance of thin gold films changing in discrete steps...

Research from the Surface Nanoscience Group have found resistance of thin gold films changing in discrete steps as the thickness changes, potentially allowing for new applications of...

Research from the Surface Nanoscience Group have found resistance of thin gold films changing in discrete steps as the thickness changes, potentially allowing for new applications of discontinuous metal films.

Research from the Surface Nanoscience Group have found resistance of thin gold films changing in discrete steps as the thickness changes, potentially allowing for new applications of discontinuous metal films.

LiMnOF

Improving the specific energy of the Li-ion battery with new cathode material

Research from the Peter Bruce Group report on a lithium manganese oxyfluoride with a high capacity to store charge...

Research from the Peter Bruce Group report on a lithium manganese oxyfluoride with a high capacity to store charge by invoking redox activity on the Mn cations and O anions.

Research from the Peter Bruce Group report on a lithium manganese oxyfluoride with a high capacity to store charge by invoking redox activity on the Mn cations and O anions.

Research from the Peter Bruce Group report on a lithium manganese oxyfluoride with a high capacity to store charge by invoking redox activity on the Mn cations and O anions.

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Department of Materials
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