WEEKLY schedule. Meetings
will occasionally happen in special places such as the Library or the Computer
Center. Consult the Syllabus
every Friday afternoon, for details.
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| 9:00-12:00
Lab I Rm 1040 Thermal & Modern Physics; Waves and Oscillations |
Seminars and workshops in Lab I Rm 1040 most weeks meet in the Homeroom (Lab II Rm 2242) or Computer Center on 6.Jan, 10.Feb., 10.Mar. |
9:00-12:00
Lab I Rm 1037 Thermal & Modern Physics; Waves and Oscillations |
occasional fieldtrips | |
| 1:00-3:00
Lab I Rm 1040 Lecture/discussion PREP (Zita has governance) |
1:30-4:30 in the
CAL (Lab II Rm 1223) or HOMEROOM Quantum, E&M, Stellar Interiors
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1:00-3:00 in Homeroom
seminars and workshops (3-5: Zita has governance) |
1:30-4:00
Lab I Rm 1040 Quantum, E&M, Stellar Interiors |
1:00-3:00
Lab I Rm 1040 group work 1:30-2:30: office hours |
| (4-5: Philosophy Contract in Homeroom) | ||||
Afternoons (Quantum mechanics and Electrodynamics)
Karen, Caylin, Jennifer, Tommy, Craig,
Christopher, Greg, Seth, (Jeffrey)
EM = David J. Griffiths, Introduction to Electrodynamics
QM = David J. Griffiths, Introduction to Quantum Mechanics
Tipler = Paul A. Tipler, Physics for Scientists and Engineers,
Vol.3: Modern Physics, QM, Relativity, and the Structure of Matter
and Ch.15-17 + 32 in Reading Packet
KK=Kittel and Kroemer, Thermal Physics
Star Trek = Lawrence Krause, Physics of Star Trek
Harding = Sandra Harding, Whose Science? Whose Knowledge? in
Reading Packet
Barad = Karen Barad, A feminist approach to teaching quantum physics,
in Reading Packet
Chen = Francis F. Chen, Introduction to Plasma Physics, in Reading
Packet
PP = Physics and Philosophy, by Werner Heisenberg
Alice - Alice in Quantumland, by Robert Gilmore
Galison = How Experiments End, by Peter Galison
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Seminar |
| BO 1.7-1.9 damped, driven harmonic oscillator, circuits (#) | 2d order DiffEq (G.10.7-9) (#) | EM 5.1 : Lorentz force and Electrostatics, EM review (#) | q/m ratio wkshp | Star Trek |
| T 15: Wave equation
#17, 19, 29, 108 |
EM 1: vector analysis (#) | T 32: Intro to Electromagnetic waves, #6, 11, 28, 29, 47, 50, 54, 64 | T 40 + Fusion (CM), #3, 8, 35, 47, 49, 58, 71 | |
| BO 2.8: Coupled harmonic oscillators (#) | G_: Linear Algebra (#) | EM 2: Electrostatics (#1,5,6,9,12,15,16,17,21,22,24,25,31,35,37,40,49) | T 38 + winter lights,
#16, 28, 30, 69, 72 |
Whose Science? |
| Momentum Conservation
Classical: BO 4 (#3, 7, 9, 15, 18) Relativistic: T 39 (#46, 53, 58, 61, 75, 80) |
EM2: Poisson and Laplace equations (#) | EM 5: Magnetostatics (#1,2,3,4,5,7,10,12,28,34,37) | interference wkshp | |
| T 16: Standing waves (#75, 81, 95)
T 17: Electron and photons (#14, 21, 22, 37, 47, 54) |
EM7: Electrodynamics (#5,9,12,16,22,25,28,41(a)) | Meade telescope | Galison | |
| T 36: Wave-particle duality, particles in boxes (#2, 4, 6, 8, 11, 12, 24, 29) | wave eqn | EM 8: Electromagnetic waves (#) | photoelectric effect wkshp | |
| QM (#) + BO 5 (#): spin and angular momentum | QM 1-2: Momentum operator + energy conservation -> Schroedinger Eqn (#) | SEM | Alice | |
| intro to thermal - we won't do all these problems
KK 2 (#1, 2, 3, 6) KK 3 (#2,3,4,6,10) KK 4 (#1,3,4,5,6,,7,8,14,18) KK 5 (#1,3,5,6,7,8,11,14) |
QM 3: Uncertainty principle, etc. (#) | Magnetars | ||
| KK 6 (#2,3,6,7,9,10,12,14,15)
KK7 (#2,3,5,6,9) KK 8 (#2,3,6,7,9) KK 9 (#2,4,5) KK10 (#1,2,3,4,5,6) KK (#) |
T 37 (#14, 16, 23, 31, 33, 38, 56) + QM 4 (#): H atom, spin, L | T 38 + NMR (#16, 28, 30, 69, 72) | Heisenberg | |
| HK Ch.3: Equations of State (#) | Poisson's equation, Sep. Var. | HK Ch.7.1-7.2.1: Stellar structure (#) | T 40 + LSA (#) | |
| KK: Heat transfer (#) | HK Ch.10.1: asteroseismology (adiabatic, radial) (#) | Thermal and wave power | Barad | |
| HK: Ch.4: Heat Transfer (#) | HK: Ch.10.2: asteroseismology (Non- adiabatic, radial) (#) | |||