1. Useful
3. Projects
4. Using the PIC16F88 as an I2C device
5. Building an ASCOM frontend for the MRO
7. Other notes
8. Internal combustion engines
10. PHYS 321 - E&M 1
11. Chapter 1 - Relevant Mathematics
12. Chapter 2 - Electrostatics
13. Chapter 3 - Potentials
14. Chapter 4 - Electric Fields in Matter
15. Useful equations
17. PHYS 322 - E&M 2
18. Chapter 5 - Magnetostatics
19. Chapter 6 - Magnetic Fields in Matter
20. Chapter 7 - Electrodynamics
21. Chapter 8 - Conservation Laws
22. Chapter 9 - Electromagnetic Waves
23. Useful equations
25. PHYS 226 - Particles & Symmetries
26. Final review
27. Useful equations/links
29. PHYS 228 - Math Methods 2
30. Chapter 8 - Differential Equations
31. Chapter 11 - Special Functions
32. Chapter 14 - Complex Variable Functions
33. Fourier Transforms
35. PHYS 225 - Intro to Quantum
36. Chapter 1 - Stern-Gerlach Experiments
37. Chapter 2 - Operators & Measurement
38. Chapter 3 - Schrödinger Time Evolution
39. Chapter 4 - Quantum Spookiness
40. Chapter 5 - Quantized Energies
41. Chapter 6 - Unbound States
42. Chapter 16 - Quantum Computing
44. CLAS 420 - Freedom in Rome / Mod.
45. Course
46. Lecture 1
47. Lecture 2
48. Lecture 3
49. Lecture 4
50. Lecture 5
51. Lecture 6
52. Patria potestas
53. Lecture 9
54. Lecture 12
55. Lecture 13
57. ATM 101 - Weather & Prediction
58. Fronts, Highs & Lows
60. ASTR 481 - Instr. and Observation
61. Airmass & Extinction
62. Charge-Coupled Devices (CCDs)
63. Time
64. Spectrographs
66. UW MRO Docs
67. Checklist
68. Setup & Calibration
69. Resources
71. UW MRO Trip Logs
72. 05/24 - 05/25
73. 06/21 - 06/22
74. 07/11 - 07/15