23-26 February 2021
Zoom Passcode: 990417
America/Chicago timezone

Motivation and Methods for Studying Photocarrier Dynamics of MoO3

25 Feb 2021, 18:05
10m
Zoom Link: https://kansas.zoom.us/j/92389769214 (Zoom Passcode: 990417)

Zoom Link: https://kansas.zoom.us/j/92389769214

Zoom Passcode: 990417

Zoom Link: https://kansas.zoom.us/j/92389769214 Zoom Passcode: 990417 Zoom Meeting ID: 923 8976 9214

Speaker

Mr Ryan Scott

Description

2D materials have come a long way since the discovery of graphene in 2004. They have become increasingly relevant for shrinking nanoelectronics, but development has recently become limited by a lack of 2D insulators. MoO3 is one possible candidate for a 2D insulator. By studying the photocarrier dynamics of monolayer, bilayer, and multi-layer MoO3, we may expand the number of available 2D dielectrics for use in nanoelectronics and van der Waals heterostructures, creating a cascading effect for future research opportunities.

Type of contribution Oral contribution (10 minutes)

Primary author

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