RESEARCH
EXPERIENCE A NEW TYPE OF
MICROSCOPE
Research Plan I: Probing the Frontiers of Nanoscale Magnetism
Techniques:
- Our group studies changes in nanoscale magnetism using four- dimensional scanning transmission electron microscopy (4D-STEM) and Lorentz microscopy
- We apply local electromagnetic fields and temperatures to observe structure and magnetic changes at atomic resolution
Impact:
Understanding the relationship between magnetism and structure is important for future microelectronics, spintronics and quantum computing technologies.
Research Plan II: Quantum Modeling of Topology, Charge Density and Structure
Research:
Computational Lenses: Software to push beyond old Hardware
Techniques:
- Electron Ptychography
- Machine Learning / Computational Neural Networks
- Electron Scattering Simulations
Science:
- Our goal is to observe atomic structures, electromagnetism and topology in three dimensions
Impact:
These properties are important for materials design for future microelectronics and quantum computing applications.
Get in Touch
Location
University of Oregon,
Willamette Hall Eugene, OR 97403
kxn@uoregon.edu
