Conclusion: TEAM will enable scientific discovery that can’t otherwise be achieved
Science-based approach for the development of aberration correcting electron optics
Unique in providing 3D atomic-scale structure and dynamics of individual nanostructures
- From 2D to 3D; from atomic columns to atoms ; from static to dynamic
TEAM concept transforms electron microscope from imaging instrument into self-contained materials science laboratory
- Individual scientists able to develop experimental modules that interface with unique TEAM microscopes to address specific scientific questions
New opportunities for materials discovery through combined atomic-scale characterization and in-situ synthesis
- Direct observation of nanoscale synthesis at atomic resolution
Feynman’s Holy Grail: unique role by defining the quantum mechanical boundary conditions for the electronic structure calculations necessary to determine how nanostructures work