DAY	DATE	LECTURER	L/R	SUBJECT	READ	PROBLEM SET
						OUT	DUE
M	5-Feb			Registration Day
W	7-Feb		L1	Molecular Bonding I	PSSA   2.1	1
F1	9		L2	Molecular Bonding II	PSSA   2.2
F2			R1	Background Refresher	6.728 Lectures 16 and  22-25
M	12		L3	Bonding in Solids	PSSA   2.3
W	14		L4	Metal as Free Electron Gas	PSSA  3.1-3.3, A&M  2	2	1
F1	16		L5	Elastic Waves: Classical  Continuum	PSSA 4.1-4.3
F2			R2	Problem Session
M	19			Vacation Day
Tues	19		L6	Elastic Waves: Quantized	PSSA 4.4	Part 1
W	21		L7	Debye & Einstein Models	PSSA 4.5	3	2
F1	23		L8	Stiffness Matrix	PSSA 4.6
F2			R3	Problem Session
M	26		L9	Periodic Structures	PSSA 5; A&M  4 and 5
W	28		L10	Periodic Structures,  x-ray diffraction	PSSA 5; A&M  4 and 5		3
F1	2-Mar		L11	Lattice Waves: 1D monatomic	PSSA 6.1;  A&M  22 and 23
F2			R4	Problem Session
M	5		L12	Lattice Waves: 1D diatomic	PSSA 6.2; A&M  22 and 23
W	7		L13	2D  Lattice Waves	PSSA 6.3-6.4; A&M  22 and 23	4	Part 1
F1	9		L14	Quantization of Lattice Waves	PSSA  6.5	Part 2
F2			R5	Problem Session
M	12		L15	Phonon-Photon  Interactions	PSSA  6.6
W	14		L16	1D Tight Binding: Monatomic	PSSA 7.2; A&M  10		4
F1	16		L17	1D Tight Binding: Diatomic	PSSA 7.2; A&M 10
F2				Problem Session
M	19		L18a	2D  & 3D Tight Binding	PSSA 7.2; A&M 9
W	21		L18b	2D  & 3D Tight Binding	PSSA 7.2; A&M 10	5	Part 2
F1	23		L19	Nearly Free Electron Approximation	PSSA  7.4; A&M 9	Part 3
F2			R6	Problem Session
M	26			Spring Break
W	28			Spring Break
F	30			Spring Break
M	2-Apr		L20	Nearly Free Electron Approximation	PSSA  7.4; A&M 9
W	4		L21	Properties of Bloch Functions	PSSA 7.5; A&M 8
F1	6		L22	Band Structure of Materials	PSSA 7.6
F2			R7	Problem Session
M	9		L23	Effective Mass Theorem	PSSA  8.2
W	11		L24	Semiclassical Eqns of Motion	PSSA  8.4		5
F1	13		L25	Hydrogenic Impurity States	PSSA  8.3
F2			R8	Problem Session
M	16			Holiday
W	18		L26	Electrons  and Holes: I	PSSA  9.3-9.4	6	Part 3
F1	20		L27	Electrochemical Potential/Donors	PSSA 9.5
F2			R9	Problem Session
M	23		L28	Band Bending in Metals	SDS 11
W	25		L29	Band Bending in Semiconductors	SDS 11	7	6
F1	27		L30	Non-Equilibrium: A Case Study	SDS 4
F2			R10	Problem Session
M	30		L31	Generation and Recombination	SDS 8
W	2-May		L32	Boltzmann Transport :I	SDS 9	8	7
F1	4		L33	Relaxation Time Approximation	SDS 11
F2			R11	Problem Session
M	7		L34	Scattering Rates			8
W	9		L35	Scattering Rates
F1	11		R12	Problem Session
F2			R13	Problem Session
M	14		L36	Velocity Saturation
W	16		L37	Velocity Saturation