Schedule: Difference between revisions

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*9:00AM-9:30AM: Breakfast.
*9:00AM-9:30AM: Breakfast.
*9:00AM-9:50AM:  Hands-on: Graphene using VASP. (Kang)
*9:00AM-9:50AM:  Hands-on: Graphene using VASP. (Kang)
*10:00AM-10:50AM: Introduce many-body perturbation theory (GW) combined with dynamical mean field theory (DMFT). (Kang)
*10:00AM-10:50AM: DFT for magnetic materials. (Kefayati)
*11:00AM-12:30PM: Lunch.  
*11:00AM-12:30PM: Lunch.  
*12:30PM-1:20PM: DFT and Magnetism theory. (Kefayati)
*12:30PM-1:20PM: Hands-on: Fe using OpenMX. (Kefayati)
*1:30PM-2:20PM: Hands-on: NiO using VASP (Kang)
*1:30PM-2:20PM: Hands-on: NiO using DFT+U in VASP. (Kang)
efayati
 
===Thursday 08/22===
===Thursday 08/22===
*9:00AM-9:30AM: Breakfast.
*9:00AM-9:30AM: Breakfast.
*9:00AM-9:50AM: Ab initio many-body methods (LQSGW+DMFT, GW+EDMFT) applications in magnetism-related physics. (Kang)
*9:00AM-9:50AM: Introduction to many-body perturbation theory (GW) combined with dynamical mean field theory (DMFT). (Kang)
*10:00AM-10:50AM: Tutorial of LQSGW+DMFT. (Kang)
*10:00AM-10:50AM: Applicaton of GW+DMFT to magnetic materials. (Kang)
*11:00AM-12:30PM: Lunch.  
*11:00AM-12:30PM: Lunch.  
*12:30PM-1:20PM: Hands-on: Fe using OpenMX: ground state calculation. (Kefayati)
*12:30PM-1:20PM: Hands-on: Magnons in Fe using OpenMX I.
*1:30PM-2:20PM: Hands-on: Fe using OpenMX: Heisenberg exchange parameters calculation + Adiabatic magnon dispersion of Fe using spin wave theory. (Kefayati)
*1:30PM-2:20PM: Hands-on: Magnons in Fe using OpenMX II.


===Friday 08/23===
===Friday 08/23===
*9:00AM-9:30AM: Breakfast.
*9:00AM-9:30AM: Breakfast.
*9:00AM-9:50AM:  
*9:00AM-9:50AM: Tutorial on LQSGW+DMFT. (Kang)
*10:00AM-10:50AM:  
*10:00AM-10:50AM:  
*11:00AM-12:30PM: Lunch.  
*11:00AM-12:30PM: Lunch.  
*12:30PM-1:20PM:  
*12:30PM-1:20PM:  
*1:30PM-2:20PM:
*1:30PM-2:20PM:

Revision as of 16:14, 16 August 2024

Bootcamp 2024

Monday 08/19

  • 9:00AM-9:30AM: Breakfast.
  • 9:30AM-10:20AM: Electronic structure via tight-binding methods: Example of graphene (Nikolić)
  • 10:40AM-11:30AM: Electronic structure via DFT methods: Example of graphene (Nikolić)
  • 11:30AM-12:30PM: Lunch.
  • 12:30PM-1:20PM: Examples of DFT applications in physics and chemistry. (Kang)
  • 1:30PM-2:20PM: Hands-on: Basic Linux commands, editors, job scheduling, file transfer, desktop or laptop settings, etc. (Kang)

Tuesday 08/20

  • 9:00AM-9:30AM: Breakfast.
  • 9:30AM-10:20AM: Introduction to DFT via VASP. (Kang)
  • 10:40AM-11:30AM: Hands-on: H2O using VASP. (Kang)
  • 11:00AM-12:30PM: Lunch.
  • 12:30PM-1:20PM:Introduction to DFT via OpenMX. (Kefayati).
  • 1:30PM-2:20PM: Hands-on: CH4 using OpenMX. (Kefayati)

Wednesday 08/21

  • 9:00AM-9:30AM: Breakfast.
  • 9:00AM-9:50AM: Hands-on: Graphene using VASP. (Kang)
  • 10:00AM-10:50AM: DFT for magnetic materials. (Kefayati)
  • 11:00AM-12:30PM: Lunch.
  • 12:30PM-1:20PM: Hands-on: Fe using OpenMX. (Kefayati)
  • 1:30PM-2:20PM: Hands-on: NiO using DFT+U in VASP. (Kang)

Thursday 08/22

  • 9:00AM-9:30AM: Breakfast.
  • 9:00AM-9:50AM: Introduction to many-body perturbation theory (GW) combined with dynamical mean field theory (DMFT). (Kang)
  • 10:00AM-10:50AM: Applicaton of GW+DMFT to magnetic materials. (Kang)
  • 11:00AM-12:30PM: Lunch.
  • 12:30PM-1:20PM: Hands-on: Magnons in Fe using OpenMX I.
  • 1:30PM-2:20PM: Hands-on: Magnons in Fe using OpenMX II.

Friday 08/23

  • 9:00AM-9:30AM: Breakfast.
  • 9:00AM-9:50AM: Tutorial on LQSGW+DMFT. (Kang)
  • 10:00AM-10:50AM:
  • 11:00AM-12:30PM: Lunch.
  • 12:30PM-1:20PM:
  • 1:30PM-2:20PM:
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