ASCENT Theme 1 Liaison Meeting / Materials design for high mobility p-type oxides and high conductivity 2D metals

Materials design for high mobility p-type oxides and high conductivity 2D metals


Presenter: Yaoqiou Hu (UT Dallas, Student of PI KJ Cho)

ASCENT Task:2776.004

(Collaboration: KJ Cho & Darrell Schlom)


Abstract: In this liaison presentation, we will update on the DFT materials modeling study for electronic carrier transports for p-type oxides and 2D metal interconnect candidates. For the p-type oxides, DFT modeling is applied to screen and identify promising high hole mobility Sn(II)-O-X compounds. Following the crystalline p-type oxide modeling, DFT material design is further expanded to amorphous p-type oxide modeling for hole transport. Finally, DFT modeling is applied to 2D metallic materials for possible high conductivity interconnect candidates for EUV BEOL applications. 


This meeting is only available to the JUMP research community, such as Principal Investigators, Postdoc researchers, Students, and Industry/Government liaisons.