September 1st, 2019: "JEEZ THIS IS REALLY NOT UP-TO-DATE, CHANGES COMING SOON"
General Topology
- Solutions for Munkres (In the Process of Typing These Up From Notebook): https://www.overleaf.com/read/pnwkxbtgqkhw
- Some notes for certain parts (NOT COMPLETE): https://www.overleaf.com/read/vtcqhhckrjgs
- Session #2 Notes: https://www.overleaf.com/read/hstpcvzyjnjk
- Problem Set Solutions #2: https://www.overleaf.com/read/jgbgvdyqmqqt
- Problem Set Solutions #3: https://www.overleaf.com/read/skcvmvbfjrcv
- Knot Theory (Introduction): https://mathacademy.quora.com/Knots
Quantum Mechanics
- Introductory Notes (Need to Type Up)
- Heisenberg Uncertainty Principle Derivation: https://mathacademy.quora.com/The-Lesser-Known-Uncertainty-Principle
- Solutions to Griffiths QM (Unfinished): https://lucaman99.github.io/qm
Abstract Algebra
Fluid Mechanics
- Introductory Notes on Tensor Analysis and Fluid DynamicsS: https://lucaman99.github.io/physics/vutha_meeting
Quantum Computing
- Deutsch's Algorithm: https://mathacademy.quora.com/Quantum-Algorithm-Simulation-with-Cirq
- QFT, Order Finding and Phase Estimation: https://mathacademy.quora.com/The-Quantum-Fourier-Transform
- Quantum Perceptron: https://www.overleaf.com/read/ntfrnmkkbmpf
- Quantum Annealing: https://www.quora.com/q/zvlfybjixsacizwt/Logic-Gate-Simulation-on-a-D-Wave-Quantum-Annealing-Simulator
Classical Mechanics
- Acoutstic Physics Paper: https://www.overleaf.com/read/nyzbzqdtykhs
Recreational Math
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Christmas 2018 Recreational Problem Set: PDF Version Coming Soon. For now, problems are at the following links. Solutions can be found by clicking the "View solutions" button on each page, however, you must have a Brilliant.org account to view this section of the site (this is why I'm making the PDF version).
12 Days of Math-Mas 2018
Day 1: https://brilliant.org/problems/the-first-day-of-math-mas-its-that-time-of-year/?ref_id=1554461
Day 2: https://brilliant.org/problems/day-2-snow-day/?ref_id=1554763
Day 3: https://brilliant.org/problems/day-3-the-skating-rink/?ref_id=1555067
Day 4: https://brilliant.org/problems/day-4-its-lovely-weather-for-a-sleigh-ride/?ref_id=1555333
Day 5: https://brilliant.org/problems/day-5-fixing-santas-sleigh/?ref_id=1555558
Day 6: https://brilliant.org/problems/day-6-a-christmas-math-game/?ref_id=1555773
Day 7: https://brilliant.org/problems/day-7-building-a-snowman/?ref_id=1556458
Day 8: https://brilliant.org/problems/day-8-the-gift-exchange/?ref_id=1556352
Day 9: https://brilliant.org/problems/day-9-christmas-ornament-making/?ref_id=1556792
Day 10: https://brilliant.org/problems/day-10-caroling-caroling/?ref_id=1556955
Day 11: https://brilliant.org/problems/day-11-hot-chocolate/?ref_id=1557189
Day 12: https://brilliant.org/problems/day-12-twas-the-night-before-christmas/?ref_id=1557451
All of my other Brilliant.org solutions: https://brilliant.org/profile/jack-tj20jb/solutions/
Game Theory
- Problem Set Solutions #1: https://www.overleaf.com/read/qrhmwzmynwjw
- UofT Research Session #1 Notes: https://www.overleaf.com/read/nxrrsqgmkhnn
Applied Math
- Forest Fire Simulation Whitepaper: https://www.overleaf.com/read/wnzcbwnkgqrb
- Forest Fire Modelling Concepts + Drossel-Schwabl Paper Notes: https://www.overleaf.com/read/tgtchywysmtj
- Clustered Forests Paper: https://drive.google.com/file/d/1Q1auYICbICXWG1NFpQzeKT1_ae1eBO50/view?usp=sharing