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Ultra Materials for a Resilient, Smart Electricity Grid: Difference between revisions
Ultra Materials for a Resilient, Smart Electricity Grid (view source)
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(Created page with "{{Organization |OrganizationName= Ultra Materials for a Resilient, Smart Electricity Grid (Ultra EFRC) |OrganizationType= Research and Development Agencies |Mission= The mission of Ultra EFRC is to investigate and develop ultra-wide bandgap semiconductors for applications in creating a more resilient and smart electricity grid. It aims to enhance the efficiency, reliability, and size of power electronics used in grid infrastructure, thereby improving the integration of...") |
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|Website= https://research.asu.edu/ultra | |Website= https://research.asu.edu/ultra | ||
|Services= Semiconductor research; Power electronics; Materials science; Thermal management; Electron-phonon interactions | |Services= Semiconductor research; Power electronics; Materials science; Thermal management; Electron-phonon interactions | ||
|ParentOrganization= | |ParentOrganization= Office of Basic Energy Sciences | ||
|TopOrganization= U.S. Department of Energy | |TopOrganization= U.S. Department of Energy | ||
|CreationLegislation= | |CreationLegislation= | ||
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}} | }} | ||
'''Ultra Materials for a Resilient, Smart Electricity Grid (Ultra EFRC)''' at Arizona State University is an Energy Frontier Research Center funded by the U.S. Department of Energy. Ultra EFRC focuses on the fundamental science of ultra-wide bandgap materials to revolutionize power electronics for a smarter, more resilient electricity grid. | '''Ultra Materials for a Resilient, Smart Electricity Grid (Ultra EFRC)''' at Arizona State University is an [[Energy Frontier Research Centers|Energy Frontier Research Center]] funded by the [[Department of Energy|U.S. Department of Energy]]. | ||
Ultra EFRC focuses on the fundamental science of ultra-wide bandgap materials to revolutionize power electronics for a smarter, more resilient electricity grid. | |||
{{Official URL (simple)|url=https://research.asu.edu/ultra}} | {{Official URL (simple)|url=https://research.asu.edu/ultra}} | ||
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Ultra EFRC's structure is focused on: | Ultra EFRC's structure is focused on: | ||
* Research Themes: Including synthesis, thermal and electronic properties, and integration of UWBG materials. | |||
* Interdisciplinary Collaboration: Leveraging expertise from physics, materials science, and electrical engineering. | |||
===Leader=== | ===Leader=== | ||
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===Divisions=== | ===Divisions=== | ||
* Synthesis and Impurity Incorporation | |||
* Electronic Structure at Interfaces | |||
* Electron-Phonon Interactions at High Fields | |||
* Phonon Mediated Thermal Transport{{cite web |url=https://research.asu.edu/ultra/research |title=Research |publisher= Arizona State University |access-date=February 5, 2025}} | |||
==List of programs== | ==List of programs== | ||