• menu_book Computational Physics via Rust
  • school How to Use This Book
  • toc Table of Contents
  • contact_mail Preface
  • send Foreword
  • science Part 1 - Introduction to Computational Physics with Rust
    • Chapter 1
    • Chapter 2
    • Chapter 3
    • Chapter 4
    • Chapter 5
  • calculate Part 2 - Numerical Methods and Algorithms
    • Chapter 6
    • Chapter 7
    • Chapter 8
    • Chapter 9
    • Chapter 10
  • engineering Part 3 - Computational Mechanics
    • Chapter 11
    • Chapter 12
    • Chapter 13
    • Chapter 14
    • Chapter 15
  • whatshot Part 4 - Computational Thermodynamics and Statistical Mechanics
    • Chapter 16
    • Chapter 17
    • Chapter 18
    • Chapter 19
    • Chapter 20
  • bubble_chart Part 5 - Quantum Mechanics
    • Chapter 21
    • Chapter 22
    • Chapter 23
    • Chapter 24
    • Chapter 25
  • flash_on Part 6 - Computational Electromagnetics
    • Chapter 26
    • Chapter 27
    • Chapter 28
    • Chapter 29
    • Chapter 30
  • wb_incandescent Part 7 - Computational Plasma Physics
    • Chapter 31
    • Chapter 32
    • Chapter 33
    • Chapter 34
    • Chapter 35
  • layers Part 8 - Computational Solid State Physics
    • Chapter 36
    • Chapter 37
    • Chapter 38
    • Chapter 39
    • Chapter 40
  • precision_manufacturing Part 9 - Computational Materials Science
    • Chapter 41
    • Chapter 42
    • Chapter 43
    • Chapter 44
    • Chapter 45
  • biotech Part 10 - Computational Biology and Biophysics
    • Chapter 46
    • Chapter 47
    • Chapter 48
    • Chapter 49
    • Chapter 50
  • terrain Part 11 - Computational Geophysics
    • Chapter 51
    • Chapter 52
    • Chapter 53
    • Chapter 54
    • Chapter 55
  • bar_chart Part 12 - Advanced Data Analysis, Machine Learning, and Visualization
    • Chapter 56
    • Chapter 57
    • Chapter 58
    • Chapter 59
    • Chapter 60
    • Chapter 61
  • done Closing Remark
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    article

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    menu_book

    Computational Physics via Rust

    The State of the Art of Computational Physics

    school

    How to Use This Book

    Feynman's way of learning

    toc

    Table of Contents

    Computational Physics via Rust

    contact_mail

    Preface

    New way of learning in GenAI era!

    send

    Foreword

    Imagination is more important than knowledge

    science

    Part 1 - Introduction to Computational Physics with Rust

    book folder

    Part I

    calculate

    Part 2 - Numerical Methods and Algorithms

    book folder

    Part II

    engineering

    Part 3 - Computational Mechanics

    book folder

    Part III

    whatshot

    Part 4 - Computational Thermodynamics and Statistical Mechanics

    book folder

    Part III

    bubble_chart

    Part 5 - Quantum Mechanics

    book folder

    Part V

    flash_on

    Part 6 - Computational Electromagnetics

    book folder

    Part VI

    wb_incandescent

    Part 7 - Computational Plasma Physics

    book folder

    Part VII

    layers

    Part 8 - Computational Solid State Physics

    book folder

    Part VIII

    precision_manufacturing

    Part 9 - Computational Materials Science

    book folder

    Part IX

    biotech

    Part 10 - Computational Biology and Biophysics

    book folder

    Part X

    terrain

    Part 11 - Computational Geophysics

    book folder

    Part XI

    bar_chart

    Part 12 - Advanced Data Analysis, Machine Learning, and Visualization

    book folder

    Part XII

    done

    Closing Remark

    CPVR is just your starting point!



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