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--- events:2016_summer_school:index [2016/08/23 06:44] – ibethune
+++ events:2016_summer_school:index [2020/08/21 10:15] (current) – external edit 127.0.0.1
@@ Line 1: / Line 1: @@
 ====== CP2K Summer School 2016 ======
-Material from the CP2K Summer School held at King's College London, 23rd-26th August 2016 is listed below.  More details on the school can be found **[[https://www.epcc.ed.ac.uk/cp2k-summer-school-2016|here]]**.
+Material from the CP2K Summer School held at King's College London, 23rd-26th August 2016 is listed below.
 ===== Slides =====
@@ Line 7: / Line 7: @@
   * {{events:2016_summer_school:running_cp2k_calculations.pdf|Running CP2K Calculations}}, Iain Bethune
   * {{events:2016_summer_school:cp2k_accounts.pdf|Setting up computer accounts}}, Iain Bethune
-  * {{events:2016_summer_school:|Introduction to Exercises}}, Iain Bethune
+  * {{events:2016_summer_school:cp2k_exercises.pdf|Introduction to Exercises}}, Iain Bethune
   * {{events:2016_summer_school:building_cp2k.pdf|Building CP2K}}, Iain Bethune
-  * {{events:2016_summer_school:|Gaussian and (Augmented) Plane Waves Method}}, Matt Watkins
+  * [[events:2016_summer_school:GPW|Gaussian and (Augmented) Plane Waves Method]], Matt Watkins
-  * {{events:2016_summer_school:|SCF Methods - Diagonalisation & Orbital Transformation}}, Lianheng Tong
+  * {{events:2016_summer_school:20160824_SCF.pdf|SCF Methods - Diagonalisation & Orbital Transformation}}, Lianheng Tong
-  * {{events:2016_summer_school:|Van der Waals and Hybrid Functionals, ASE interface to CP2K}}, Sanliang Ling
+  * {{events:2016_summer_school:cp2k-uk-summer-school-sanliang-ling.pdf|Van der Waals and Hybrid Functionals, ASE interface to CP2K}}, Sanliang Ling
-  * {{events:2016_summer_school:|Moving atoms - AIMD, geometry optimisation}}, Iain Bethune
+  * {{events:2016_summer_school:cp2k_moving_atoms.pdf|Moving atoms - AIMD, geometry optimisation}}, Iain Bethune
-  * {{events:2016_summer_school:|Beyond Hartee-Fock methods}}, Jan Wilhelm
+  * {{events:2016_summer_school:beyond_hf_cp2k.pdf|Beyond Hartree-Fock methods}}, Jan Wilhelm
-  * {{events:2016_summer_school:|Multiscale modelling - mixed Hamiltonians and external fields}}, Matt Watkins
+  * [[events:2016_summer_school:QMMM|Multiscale modelling - mixed Hamiltonians and external fields]], Matt Watkins
-  * {{events:2016_summer_school:|Parallel Performance}}, Iain Bethune
+  * {{events:2016_summer_school:cp2k_parallel.pdf|Parallel Performance}}, Iain Bethune
-  * {{events:2016_summer_school:|Excited States}}, Matt Watkins
+  * {{events:2016_summer_school:|Excited States}} (To be added), Matt Watkins
 ===== Exercises =====
@@ Line 31: / Line 31: @@
 Intermediate exercises:
   * [[exercises:2016_summer_school:geometry_and_cell_optimization|Geometry and cell optimization of NaCl clusters]]
-  * [[exercises:2015_pitt:gga|'Surface Science' using local GGA functionals]]
+  * [[exercises:2016_summer_school:gga|'Surface Science' using local GGA functionals]]
-  * [[exercises:2015_pitt:aimd|Ab initio MD of bulk liquid water]]
+  * [[exercises:2016_summer_school:aimd|Ab initio MD of bulk liquid water]]
   * [[exercises:2016_summer_school:hfx|Hybrid functionals and ADMM]]
   * [[exercises:2015_pitt:mp2|Wavefunction correlation: MP2 & RPA]]
   * [[exercises:2015_pitt:ls|Linear scaling DFT]]
+  * [[exercises:2016_summer_school:qmmm|QMMM using GEEP]]
+  * [[exercises:2016_summer_school:excited|Excited States]]
 Extended exercises:
@@ Line 42: / Line 44: @@
   * [[exercises:2015_cecam_tutorial:neb|Nudged Elastic Band]]
   * [[exercises:2015_cecam_tutorial:forcefields|Classical forcefields (CHARMM)]]