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Light-Matter Interactions for Materials Research and Security

Explore structural characterization of non-linear optical molecules for THz radiation generation. Study Zn(NO3)2 porous materials collaboration with LANL. Paul Tongwa mentors undergrad students in X-ray diffraction analysis.

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Light-Matter Interactions for Materials Research and Security

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  1. New Mexico Highlands UniversityMorehouse CollegeGeorgia Institute of TechnologyLight-Matter Interactions: Theory and Applications (LMITA) Structural characterization of of non-liner optical molecules synthesized at Prof. Dalton group at University of Washington. Potential application – generation of THz radiation for research and security purposes. Zn(NO3)2 Porous materials for gas storage studied in collaboration with LANL Zn(NO3)2 Researcher Paul Tongwa with group of undergraduate students – Joseph Torres, Joel Zazueta, Bhupinder Sandhu and Isaiah Otero – whom he teach basics of X-ray diffracion analysis. PARTNERSHIP FOR RESEARCH AND EDUCATION IN MATERIALS NSF/DMR 0934212

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