[English/日本語]

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Site map

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About Kame's forest

Privacy Policy

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Python programming

Quick introduction to Python

• Lesson 0: Get familialized with Python programming!
• Lesson 1: Numerical derivative
• Lesson 2: Numerical integration
• Lesson 3: Solving First-order differential equation
• Lesson 4: Solving Second-order differential equation
• Lesson 5: Monte Carlo method

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Julia programming

Quick introduction to Julia

• Lesson 0: Get familialized with Julia programming!
• Lesson 1: Numerical derivative
• Lesson 2: Numerical integration
• Lesson 3: First-order differential equation
• Lesson 4: Second-order differential equation
• Lesson 5: Monte-Carlo method

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Fortran programming

Quick introduction to Fortran

• Lesson 0: Compile and execution; Get familialized with Fortram programming!
• Lesson 1: Numerical derivative
• Lesson 2: Numerical integration
• Lesson 3: First-order differential equation
• Lesson 4: Second-order differential equation
• Lesson 5: Monte-Carlo method

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Research

Programing and computing

Here, I report results of my research on computing and numerical simulation.

• [Speed comparison] Fortran, Python, Julia: using Newton's Equations for 1D Harmonic Oscillator
• [Speed comparison] Fortran, Python, Julia: Monte-Carlo method

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