1. Aberration Corrected STEM Microscopy 

Dr. Jaap Brink
JEOL USA, Inc.

1. Advances and Challenges in Electron Tomography

Dr. Paulo Ferreira
The University of Texas at Austin

1. In-situ TEM: Basics and Equipment Requirements
2. In-situ TEM: Applications (heating, deformation, gas reactions, wet-cell)

Dr. Alfredo Gomez
Universidad Nacional Autonoma de Mexico, Mexico

1. Simulation of images and diffraction patterns for HRTEM and STEM using the multislice method

• Lecture I (pdf)
• Lecture II (pdf)

Dr. Kazuo Ishizuka
HREM Research Inc. Japan

1. Exit wave reconstruction - software Cs correction

• Powerpoint Presentation (pdf)

2. Data processing in Electron Microscopy - Deconvolution and
Strain analysis.

• Powerpoint Presentation (pdf)

Dr. Sergio Mejia
Universidad Autónoma de Nuevo Leon, Mexico

1. Computation methods for HREM and STEM

• Powerpoint Presentation (pdf)

• Video I	Video II	Video III	Video IV	Video V

• Lecture I (pdf)
• Lecture II (pdf)

1. HRTEM of defects and interfaces in solids.
2. Electron holography in the TEM: Measuring charges and fields with sub-nanometer resolution.
3. Cathodoluminescence studies:  combined imaging, spectroscopy, and time-resolved spectroscopy, with high spatial resolution.

• Lecture I - Part A (pdf)
• Lecture I - Part B (pdf)
• Lecture II (pdf)

Dr. Jose Reyes
Instituto de Fisica - Universidad Nacional Autonoma de Mexico

1. Electron diffraction characterization of materials

• Powerpoint Presentation (pdf)

1. Low temperature scanning tunneling microscopy and spectroscopy of quantum engineered metallic thin films

1. Molecular Imaging of Carcinogenesis with Plasmonic Nanosensors

1. In-situ mechanical and electrical measurements in TEM
2. Polar surface induced growth of novel oxide nanostructures
3. Nanogenerators and nanopiezotronics