Overview
Logistics
Week I: How Computers See Reality
Lecture 1: Building Blocks
1. W1L1: Slides and Video
Lecture 2: Time and Code
1. W1L2: Slides and Video
2. W1L2: Extra Material
Lecture 3: Naive Modeling
1. W1L3: Slides and Video
2. W1L3: Extra Material
Week II: Learning to Speak Computer
Lecture 4: Writing a Simulation
1. W2L4: Slides and Video
2. W2L4: Extra Material
Lecture 5: Physics and Code
1. W2L5: Slides and Video
2. W2L5: Extra Material
Lecture 6: Numerical Newton
1. W2L6: Slides and Video
2. W2L6: Extra Material
Week III: Physics and Scales
Lecture 7: Statistics and States
1. W3L7: Slides and Video
2. W3L7: Extra Material
Lecture 8: Multi-Scale Models
1. W3L8: Slides and Video
2. W3L8: Extra Material
Lecture 9: More Laws of Motion
1. W3L9: Slides and Video
2. W3L9: Extra Material
Week IV: Physics to Chemistry
Lecture 10: Potentials and Materials
1. W4L10: Slides and Video
2. W4L10: Extra Material
Lecture 11: Lennard Jones and Argon
1. W4L11: Slides and Video
2. W4L11: Extra Material
Lecture 12: Increasing Model Complexity
1. W4L12: Slides and Video
2. W4L12: Extra Material
Week V: Generalizations and Practicalities
Lecture 13: Potential Energy Surfaces
1. W5L13: Slides and Video
2. W5L13: Extra Material
Lecture 14: High Performance Computing
1. W5L14: Slides and Video
2. W5L14: Extra Material
Lecture 15: Machine Learning and (false) Supremacy
1. W5L15: Slides and Video
2. W5L15: Extra Material
Glossary

W1L3: Video & Slides

Video

From this week on-wards, we will split our videos to cover code and the scientific intuition into separate videos, but do note that both are to be watched.

Water, Chemicals and more with Computers for Chemistry

W1L3: Video & Slides

Video

Scientific Intuition

Programming Intuition

Jamboard

Slides