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Showing below up to 50 results in range #51 to #100.

51. First steps: a walk through from DFT to optical properties
52. First steps: walk through from DFT(standalone)
53. First steps: walk through from DFT to RPA (standalone)
54. First steps in Yambopy
55. Format
56. Fundamental theory
57. GW convergence
58. GW in bulk systems
59. GW on h-BN (standalone)
60. GW parallel strategies
61. GW parallel strategies CECAM
62. GW tutorial. Convergence and approximations (BN)
63. GW tutorial on HPC
64. Generating the Yambo databases
65. Generation of a truncated Coulomb Potential
66. Generation of a truncated Coulomb Potential for a 2D material
67. Get Tutorial files CECAM2021
68. Gnuplot scripts
69. Hands-on
70. Hartree-Fock
71. Head
72. Hexagonal-BN
73. How to analyse excitons
74. How to analyse excitons - ICTP 2022 school
75. How to choose the input parameters
76. How to create a new project in Yambo
77. How to create a new ypp interface
78. How to obtain the quasi-particle band structure of a bulk material: h-BN
79. How to treat low dimensional systems
80. How to use Yambo:advanced usage
81. Hydrogen chain
82. ICTP2020
83. ICTP 2022
84. ICTP VM setup
85. ICTP cloud
86. Identify what's causing segmentation fault in Yambo
87. Input file generation
88. Install Yambo in IRENE machine (TGCC Joliot Curie)
89. Install Yambo on MacOS (ARM)
90. Install Yambo on Ubuntu/LinuxMint
91. Install Yambo on Ubuntu/LinuxMint with Intel compiler
92. Install Yambo on Ubuntu/LinuxMint with NVfortran compiler
93. Install Yambo with external HDF5 and NetCDF libraries
94. Installation
95. Instructions for CECAM students
96. Introduction to Real Time propagation in Yambo
97. Introduction to yambo: input, output and command line interface
98. Known issues
99. Lectures
100. LiF