Introduction to the course and start Variational Monte Carlo
  • Contents
    • Overview of first week January 20-24, 2025
    • Material this week
    • Links to code material and examples
    • Teaching team
    • Textbooks
    • Lectures and ComputerLab
    • Course Format
    • Aims
    • More aims
    • Topics covered in this course
    • More on topics covered in this course
    • Other topics covered in this course
    • Last (?) word on topics covered in this course
    • Quantum Monte Carlo Motivation
    • Quantum Monte Carlo Motivation
    • Quantum Monte Carlo Motivation
    • Various many-body methods
    • Pros and Cons of Monte Carlo
    • More on Pros and Cons of Monte Carlo
    • Where and why do we use Monte Carlo Methods in Quantum Physics
    • Quantum Monte Carlo Motivation
    • Quantum Monte Carlo Motivation
    • Quantum Monte Carlo Motivation
    • Quantum Monte Carlo Motivation
    • Quantum Monte Carlo, ingredients and basic steps
    • Quantum Monte Carlo, basic steps, the probability distribution function (PDF)
    • Quantum Monte Carlo ingredients, the local energy
    • Quantum Monte Carlo algorithm
    • Quantum Monte Carlo: hydrogen atom
    • Introducing the variational parameters
    • Quantum Monte Carlo: results for the hydrogen atom
    • Quantum Monte Carlo: interpreting the hydrogen atom results
    • "Quantum Monte Carlo for bosons":"https://github.com/mortele/variational-monte-carlo-fys4411"
    • "Quantum Monte Carlo for bosons":"https://github.com/mortele/variational-monte-carlo-fys4411"
    • "Quantum Monte Carlo for bosons":"https://github.com/mortele/variational-monte-carlo-fys4411"
    • "Quantum Monte Carlo for bosons":"https://github.com/mortele/variational-monte-carlo-fys4411"
    •    Simple example, the hydrogen atom
    •    Second example, the harmonic oscillator in one dimension

 

 

 

Links to code material and examples

  1. The C++ template at https://github.com/mortele/variational-monte-carlo-fys4411
  2. The python template using JAX at https://github.com/Daniel-Haas-B/FYS4411-Template

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