Binbin Wang Email & Phone Number

Portland, Oregon, United States

Development of high-throughput FIB/TEM techniques for automated characterization.

Columbus, Ohio, United States

Prof. David McComb• Led the EM characterization in a multiple disciplines team awarded $6.34 million from the Defense Advanced Research Projects Agency (DARPA) to develop novel magnetic materials by unlocking the power of skyrmions, nanoscale spin textures that offer promise for storage miniaturization.• Created a new analysis method to reconstruct phase information from 4D-STEM datasets, named "Bright Field Balance Method (BBM)". Compared with traditional differential phase contrast or transport of intensity equation method that using defocus series, this method shows strong advantages in terms of effective resolution, reliability, signal-to-noise ratio, and simple optical configuration, paper in preparation.• Found and pioneered the stimulated nucleation of skyrmion using in-plane fields in centrosymmetric magnets, extending the scope of skyrmion holding materials and manipulation methods, resulting in 1 peer reviewed journal papers, 1 filing patents and 2 paper in preparation.• First real-space imaging of magnetic skyrmion in MEB grown plan-view FeGe thin film.• Observed small skyrmions at RT in a new class of skyrmion materials, i.e. Fe-rich FeGe thin films.• Explored the potential and fundamental limits in quantifying Jahn-Teller distortion at the nanoscale with picometer accuracy using position averaged convergent beam electron diffraction.• Studied the interface driven properties in a series of functional thin films using EELS.• Exploring the in-situ study of magnetic domain and skyrmion behavior under biasing current.• Developing new techniques to imaging orbital ordering in electron microscope using machine learning and retrieved EELS imaging.• Awarded presidential fellow from the graduate school of the Ohio State University, and student award from the Microscopy Society of America.

Columbus, Ohio, United States

MATSCEN 6741 - Practical Transmission Electron Microscopy Lab

Columbus, Ohio, United States

Columbus, Ohio, United States

MATSCEN 3332: Materials Science and Engineering Lab IICourse DescriptionLaboratory experiments related to materials application and performance. Advanced experimental techniques and analysis in these areas.

• Developed an approach to prepare CeO2 nanowires using PLD and found the surface facets revolution of these nanostructures and its connection to optical and catalysis performance, resulting in 2 peer-reviewed journal papers.• Research on REBCO superconductors and performance of the 2nd generation high temperature superconductor wires, supported by the Ministry of Science and Technology ITER project (Grant 2011GB113004), resulting in several peer-reviewed journal articles.• Developed an novel YBCO matrix approach to prepare large-scale SERS subjects for single molecule detect, resulting in 1 patents.• Research on preparation of large-area graphene film via chemical vapor deposition (Grant 2014AA032402)• Awarded Shanghai Outstanding Graduates from Shanghai Jiao Tong University and National Scholarship for Graduate Students from Ministry of Education of the People’s Republic of China.

Shanghai, China

Teaching assistant for laboratory experiments of 1) functional thin film growth using physical vapor deposition and their characterization; 2) laboratory experiments of laser holographic imaging.

Doctor Of Philosophy - Phd, Mse

Activities and Societies: Winner of presidential fellowshipWorking at CEMAS for advanced Scanning TEM and its application on magnetic.

Master Of Science - Ms, Materials Science

Master'S Degree, Physics

Activities and Societies: The organizer of the academic forum for national outstanding doctoral students in physics, Chair of the student.