Physical Properties of VO2(B) Polymorph Using the Projector-Augmented Wave Method: Performance of PBEsol and Hybrid HSE Functional

A first principle assessment at atomistic scale of interface phenomena in down scaling hafnium based metal-insulator-metal diodes

Elaheh Mohebbi. “Physical Properties of VO2(B) Polymorph Using the Projector-Augmented Wave Method: Performance of PBEsol and Hybrid HSE Functional”. Has been selected as speaking in the Ischia Summer Modeling 2022 Challenges of Molecular Sciences towards 2030 Seotenber 05-07 Ischia, Italy

Physical Properties of VO2(B) Polymorph Using the Projector-Augmented Wave Method: Performance of PBEsol and Hybrid HSE Functional

Authors: Elaheh Mohebbi.

Title: “Physical Properties of VO2(B) Polymorph Using the Projector-Augmented Wave Method: Performance of PBEsol and Hybrid HSE Functional”.

Conference information: The goal of this conference is to provide a platform to exchange ideas and promote collaborations within the community of theoretically oriented chemists related to the major challenges of molecular sciences in the next ten years. This event is especially focused on the interplay of new ideas and new technologies in shaping the future of molecular sciences covering a very broad range including, inter alia, astrochemistry, environmental chemistry, material and life sciences. The format will be very informal and includes several lectures by leading experts in different fields and broad general discussions.

A number of short oral contributions have been selected among those submitted by registered participants for a specific session on September 7th afternoon. One of these is “Physical Properties of VO2(B) Polymorph Using the Projector-Augmented Wave Method: Performance of PBEsol and Hybrid HSE Functional”!

Date/Place: Monday 05 September 2022, Hotel Continental Terme, Via Michele Mazzella, 70 Ischia (NA), Italy

Website of the event: https://www.sns.it/en/node/86959

Project Coordinator: Dr Mircea MODREANU, Tyndall National Institute (TNI), University College Cork | Privacy Policy