Join us on Friday, December 11, 2020, from 9-11 am, to explore quantum research developments with UW-Madison’s emerging engineers. Researchers Jason Kawasaki, Ying Wang, and Daniel Rhodes will discuss a variety of possibilities for enabling the future of quantum computing:
- How can topological and magnetic materials be fabricated to integrate with common semiconductor substrates?
- How can the unconventional properties of quantum materials be used to boost computational devices, data storage, and energy management?
- How can processing control over quantum phenomena in novel 2D materials overcome the scalability, temperature, and fidelity challenges of quantum information science?
Explore these and other questions with our speakers in this 2-hour live event. 20-minute talks will be followed by Q&A. Register here to attend.
Our next series features three early career faculty with innovative research!
Check out the full agenda
- Jason Kawasaki: “New epitaxial growth approaches for integrating topological and magnetic materials with semiconductor substrates”
- Ying Wang: “Phase Engineering on Quantum Materials and Devices”
- Daniel Rhodes: “Understanding the source and role of defects in 2D heterostructures: a path to expanding the exploration of quantum phenomena in 2D materials”
Jason Kawasaki
Credentials: Assistant Professor, Materials Science and Engineering
Email:
jkawasaki
Ying Wang
Position title: Assistant Professor, Electrical and Computer Engineering
Email:
y.wang
Daniel Rhodes
Credentials: Assistant Professor, Materials Science and Engineering
Email:
darhodes
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Register Here
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Emerging Research on Energy Use, Efficiency and Distribution with Sangkee, Eric and Line
September 25, 2020 | 9:00am-11:00am
In this live webinar, speakers with expertise in smart manufacturing, electrical systems, and power distribution presented their latest cutting-edge research advancements with potential for addressing today’s energy challenges: continuously growing energy demand and the pressing need for a clean and reliable energy supply.
Interested in this topic? View the recording HERE.
Materials, Processing, and Devices for Next Generation Quantum Computing with Jason Kawasaki, Ying Wang, and Daniel Rhodes
December 11, 2020 | 9:00am-11:00am
In this live webinar, researchers Jason Kawasaki, Ying Wang, and Daniel Rhodes discussed a variety of possibilities for enabling the future of quantum computing answering:
- How can topological and magnetic materials be fabricated to integrate with common semiconductor substrates?
- How can the unconventional properties of quantum materials be used to boost computational devices, data storage, and energy management?
- How can processing control over quantum phenomena in novel 2D materials overcome the scalability, temperature, and fidelity challenges of quantum information science?
Interested in this topic? View the recording HERE.