Thesis Defense – Rachel Lawless (MSE Grad Presentation)

TItle: Enhanced Solution Growth of Perovskite Single Crystals Through the Use of Solvent Additives and Dopants
Location: via Zoom
TItle: Non-Stoichiometric Oxides for Solar Fuel Generation
Location: RBI, room109

Dissertation Defense – Matthew West (MSE Grad Presentation)

TItle: Impact of thermal material properties and local ion concentration on Ti/HfOx-based analog devices
Location: In-person in MRDC 3515 and via Teams

Dissertation Defense – Alex Selimov (MSE Grad Presentation)

TItle: Concurrent Atomistic-Continuum Studies of Interface/Dislocation Interactions in Nanolaminates and with He Bubbles in Stainless Steels
Location: In-person MRDC 4211 and via Zoom
​​​​​​​https://gatech.zoom.us/j/94991934416?pwd=clp0YlhxZWVoWjdualducHFqOHNXUT09
TItle: Impedance-Based In-Line Cell Growth Sensors for Cell Manufacturing
Location: ​​​​​​​Via Zoom Videoconferencing

Dr. Laure Kayser, UDEL (MSE Seminar)

TItle: Insights and Functions in Organic Mixed Ionic-Electronic Conductors from Controlled Polymerizations
Location: RBI, room109

Dissertation Defense – Zhijian Sun (MSE Grad Presentation)

TItle: ​​​​​​​High thermal conductivity epoxy composites in the application of 3D semiconductor packaging
Location: ​​​​​​​via Microsoft Teams

Dr. Yoan Simon, USM (MSE Seminar)

TItle: TBA
Location: RBI, room109

Dissertation Defense – Jiaxiong Li (MSE Grad Presentation)

TItle: Transition Metal Complexes as Latent Catalyst and Adhesion Promoter in Epoxy Resin
Location: via Teams
TItle: Understanding Atomic Interactions through Layered Materials during Metal Electrodeposition
Location: MRDC 3403 and via Microsoft Teams
TItle: Overview of Intellectual Property Law
Location: RBI, room109
TItle: ​​​​​​​Borohydride-based Solid Electrolytes and Polymer Composite Separators for Lithium and Lithium-Ion Batteries
Location: Via Zoom Video Conferencing
TItle: Electrified Electrochemical Interfaces from a Quantum Transport Viewpoint
Location: MRDC 3515
TItle: New Twists in Chemistry and Physics of 2D Materials
Location: RBI, room109
TItle: CVD and Textiles: Transforming Common Garments into Sensors
Location: Room 210 Love Building