[PUBLISHER] Merge #126

* PUSH NOTE : CP2K-exercises-1-geo-opt.md

* PUSH NOTE : writings.md

* PUSH NOTE : notes.md

* PUSH NOTE : lammps-on-wsl-with-openmp-and-gpu.md

* PUSH NOTE : flashes.md

content/notes/CP2K exercises/CP2K-exercises-1-geo-opt.md

@@ -0,0 +1,13 @@
+---
+title: "CP2K exercises 1: geometry optimization"
+description: A note for CP2K exercises concerning the geometry optimization
+date: 2024-08-23T21:55
+update: 2024-08-23T21:598765
+tags:
+  - note/2024/08
+  - note/CP2K
+  - note/Ab-initio
+id: note20240823215500
+dg-publish: true
+maturity: tree
+---

content/notes/lammps-on-wsl-with-openmp-and-gpu.md

@@ -2,15 +2,15 @@
 title: Compiling LAMMPS on WSL with OpenMP and GPU acceleration
 description: Recording the process of compiling LAMMPS on WSL with OpenMP and GPU acceleration
 date: 2024-08-18T14:11
-update: 2024-08-19T02:44
+update: 2024-08-25T00:04
 tags:
   - note/2024/08
   - note/molecular-dynamics
 id: note20240818141130
 dg-publish: true
 maturity: tree
 ---
-Though LAMMPS provides pre-built packages for Windows, the computational efficiency can hardly meet the demands of large-scale molecular dynamics (MD). A proper strategy to conduct MD on personal computers with Windows systems is to run LAMMPS on Windows Subsystem for Linux (WSL). This article records the process that I compiled LAMMPS with OpenMP and GPU acceleration on WSL2.
+Though LAMMPS provides pre-built packages for Windows, the computational efficiency can hardly meet the requirements of large-scale molecular dynamics (MD). A proper strategy to conduct MD on personal computers with Windows systems is to run LAMMPS on Windows Subsystem for Linux (WSL). This article records the process that I compiled LAMMPS with OpenMP and GPU acceleration on WSL2.
 
 # Device Infomation
 Here's the information of hardwares and environments of my machine:

content/notes/notes.md

@@ -3,15 +3,19 @@ index: "3"
 dg-publish: true
 maturity: guideboard
 date: 2023-08-28T01:20
-update: 2024-08-18T19:22
+update: 2024-08-23T22:00
 title: Notes Collection
 ---
 This page is a collection of all notes about records of history, conclusion or development of projects or other stuff I've don (or I'm doing).
 
 | Notes                                                                                                            | Info                                                                              |
 | ---------------------------------------------------------------------------------------------------------------- | --------------------------------------------------------------------------------- |
+| [[notes/CP2K exercises/CP2K-exercises-1-geo-opt.md\|CP2K exercises 1: geometry optimization]]                    | A note for CP2K exercises concerning the geometry optimization                    |
+| [[notes/lammps-on-wsl-with-openmp-and-gpu.md\|Compiling LAMMPS on WSL with OpenMP and GPU acceleration]]         | Recording the process of compiling LAMMPS on WSL with OpenMP and GPU acceleration |
 | [[notes/maturity-identification.md\|Maturity systems of my digital garden]]                                      | Constructing a maturity systems for my notes in digital garden                    |
-| [[notes/mqtt-communication-of-esp8266.md\|Wechat mini-program control the ESP8266 robot via MQTT communication]] | Control ESP8266-developed robot by wechat mini program via mqtt                   |
 | [[notes/toc-of-digital-garden-modification.md\|Modification of table of contents of digital garden]]             | Modify the digital garden for convenient table of contents                        |
-| [[notes/lammps-on-wsl-with-openmp-and-gpu.md\|Compiling LAMMPS on WSL with OpenMP and GPU acceleration]]         | Recording the process of compiling LAMMPS on WSL with OpenMP and GPU acceleration |
+| [[notes/mqtt-communication-of-esp8266.md\|Wechat mini-program control the ESP8266 robot via MQTT communication]] | Control ESP8266-developed robot by wechat mini program via mqtt                   |
+
+
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