T>T: Behind the Doors of the Monty Hall Puzzle
Try the code yourself! Click the following button to launch an ipython notebook on Google Colab which implements the code developed in this post: The Monty Hall problem poses a probability puzz...
Dr Adam Luke Baskerville
T>T: Surprising Behaviour in the Bond Length of the Hydrogen Molecular Ion
The inspiration for this post came from this paper by J. D. Dunitz and T. K. Ha titled: "Non-empirical SCF Calculations on Hydrogen-like Molecules : the Effect of Nuclear Charge on Binding E...
T>T: Writing and Running Python Programs Locally
Purpose This post is designed as a supplement to my Python programming course. For new programmers it is not obvious how to go from writing a program to running it, and in this post we discuss a s...
T>T: Brownian Motion
Try the code yourself! Click the following button to launch an ipython notebook on Google Colab which implements the code developed in this post: What is Brownian Motion? Brownian motion named...
T>T: Langton's Ant 2: Electric Boogaloo
Update 26-Oct-2020: This post uses Matplotlib v3.1.0. Using v3.3.0 produces errors with the discrete color map as they have changed the functionality. Try the code yourself! Click the following b...
T>T: Order from Chaos: Langton's Ant
Try the code yourself! Click the following button to launch an ipython notebook on Google Colab which implements the code developed in this post: Langton’s Ant The inspiration for this post ca...
T>T: Simple GUI Graph Plotter in Python
Plotting data is a key part of any science and there are a lot of software solutions designed for this purpose, e.g. Excel, Veusz, gnuplot etc… These are all fine but something which I often need i...
T>T: Hartree Fock Theory in 100 Lines
Try the code yourself! Click the following button to launch an ipython notebook on Google Colab which implements the code developed in this post: In a previous post we looked at the hydrogen at...
T>T: Solving the Hydrogen Atom Variationally
Try the code yourself! Click the following button to launch an ipython notebook on Google Colab which implements the code developed in this post: The Problem: We want to solve the Schrödinger ...
T>T: When Double Precision is Not Enough
Try the code yourself! Click the following button to launch an ipython notebook on Google Colab which implements the code developed in this post: The Problem: We want to solve the following st...