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Contents

  • Modular Tutorials
    • ForceField Tutorials
    • Alchemical Free Energy (AFE) Tutorials
    • Free Energy Surface Tutorials
    • Miscellaneous Tutorials
    • QM/MM Tutorials for MTR1
      • Generating umbrella windows for a 1-dimensional methyl transfer reaction in MTR1
      • Run 1-dimensional umbrella sampling
      • Analyze a 1-dimensional PMF from umbrella sampling
      • Combining sampling from multiple trials
      • Additional exercise: Demonstrating the impact of umbrella window spacing
      • Finding a minimum free energy path using the Surface Accelerated String Method (SASM)
      • Analyzing a surface generated with the Surface Accelerated String Method (SASM)
      • Visualizing the path progression
      • Comparing the PMF at the semi-empirical and ab initio level
  • Workshop Materials
  • Internal guides
  • In Progress Tutorials
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  • Modular Tutorials
  • QM/MM Tutorials for MTR1
  • View page source

QM/MM Tutorials for MTR1

QM/MM simulations of MTR1

  • Generating umbrella windows for a 1-dimensional methyl transfer reaction in MTR1
    • Learning objectives
    • Relevant literature
    • Introduction
    • QM region selection
    • Preparing the inputs
    • Determine reaction coordinates
    • Generate the equilibration directory
    • Generate the umbrella windows
  • Run 1-dimensional umbrella sampling
    • Learning objectives
    • Relevant literature
    • Running the umbrella sampling
  • Analyze a 1-dimensional PMF from umbrella sampling
    • Learning objectives
    • Relevant literature
    • Generating the PMF
  • Combining sampling from multiple trials
    • Learning objectives
    • Relevant literature
    • Generating a combined PMF
  • Additional exercise: Demonstrating the impact of umbrella window spacing
    • Learning objectives
    • Relevant literature
    • Analyze different windows spacings
  • Finding a minimum free energy path using the Surface Accelerated String Method (SASM)
    • Learning objectives
    • Relevant literature
    • Introduction
    • Running SASM simulations
  • Analyzing a surface generated with the Surface Accelerated String Method (SASM)
    • Learning objectives
    • Relevant literature
    • Analyzing a set of strings
  • Visualizing the path progression
    • Learning objectives
    • Relevant literature
    • Make a path progression movie
  • Comparing the PMF at the semi-empirical and ab initio level
    • Learning objectives
    • Relevant literature
    • Comparing the PMF at the semi-empirical and ab initio level
    • References
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