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Multimodal Nanoscale Characterization Workshop

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neaSCOPE: One Platform. Multiple Measurement Modalities.

Discover how multimodal nanoscale characterization can accelerate research across morphology, chemistry, electrical, mechanical, and ultrafast material dynamics.

What you will learn:

  • Research use cases from leading scientists
  • Fundamentals of key nanoscale characterization techniques
  • Selecting the optimal modality for your application
  • Best practices for measurements and data interpretation

What you will experience:

  • Sample measurements on your samples (limited slots available)
  • Hands-on interaction with state-of-the-art instrumentation
  • Live demonstrations of multiple measurement modalities
  • Discussions with application specialists about your research challenges

Application areas:

  • Semiconductor Devices
  • 2D Materials
  • Energy Storage Materials
  • Thin Films
  • Biomaterials
  • Polymers
  • Photonics
  • Ferroelectrics

Agenda

9:00a.m.-9:05a.m.Opening Remarks  BRK 1001
9:05a.m.-9:45a.m.FCharge-transfer plasmonics and nanophotonics in graphene heterostructures
Zhe Fei, Iowa State University		BRK 1001
9:45a.m.-10:45a.m. Measuring thermal transport and nanoscale temperature distribution with s-SNOM
Jingang Li, Purdue University		BRK 1001
10:25a.m.-10:40a.m.Break
10:40a.m-11:20a.m.Polarization-Resolved Photovoltage Measurements in Cryogenic s-SNOM
Bogdan Borodin, University of Notre Dame		BRK 1001
11:20a.m. – 12:00p.m.neaSCOPE for Nanoscale Optical Material Characterization with 10nm Spatial Resolution Technology and Applications
Tobias Gokus, attocube		BRK 1001
12:00p.m. – 1:00p.m.Lunch Break BRK 1001
1:00p.m. – 6:00p.m.Demonstration and test measurements BRK 1045

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