Lecture |
Date |
What was
covered |
Notes |
Textbook Section (R=Rudin; S I.=Simon vol.1; S IV. = Simon vol.4; RS=Reed and Simon - vol.1) |
1 |
Sep. 1 |
Metric Spaces |
CourseOverview , L1 |
(RS) I.2 |
2 |
Sep. 3 |
Normed Vector Spaces, Hilbert Spaces |
L2, get homework 1 |
(RS)I.2, II.1 |
3 |
Sep. 8 |
Projection to closed convex subsets of Hilbert spaces; Normed vector space of bounded opeartors between NVS |
L3 |
|
4 |
Sep. 10 |
Riesz Representation Theorem for Hilbert Spaces |
L4, homework 1 due |
(RS) II.2 |
5 |
Sept.15 |
Duality, ONB |
L5 |
(RS) II.2, II.3 |
6 |
Sept.17 |
Convexity: Hahn-Banach (real case) |
L6 |
(S I.) 5.5 |
7 |
Sept.22 |
Complex Hahn-Banach; Double Dual |
homework 2 due, L7 |
(S I.) 5.5 |
8 |
Sept.24 |
Topological spaces. Dual topologies |
L8 |
(R I.) 5.7, (RS) VI.1 |
9 |
Sept.29 |
Baire Category Theorem |
L9 |
(RS) III.5 |
10 |
Oct. 1 |
Banach-Steinhaus Thm, Open Mapping Theorem |
L10 |
(RS)III.5 |
11 |
Oct. 6 |
Inverse Mapping Theorem, Lower Bound Theorem, Closed Graph Theorem, |
L11 |
(RS) III.4 |
12 |
Oct. 8 |
Spectrum of operators. Compact operators. |
L12 |
(S I.)5.1, (S IV.)3.1, (RS)VI.3 |
13 |
Oct.13 |
Compact Operators (2) |
L13, homework 3 due |
(R) 4.18, 4.19 |
14 |
Oct.15 |
Compact Operators (3). Weak compactness of closed unit ball in Hilbert spaces. |
L14 |
(RS)VI.5 |
15 |
Oct.20 |
Spectral Theorem for Compact Operators (1) |
L15 |
(RS) VI.5 |
16 |
Oct.22 |
SVD for compact operators |
L16 |
|
17 |
Oct.27 |
Schatten Classes of Compact Operators |
L17 |
(RS) VI.5 |
18 |
Oct.29 |
Banach Algebras |
L18 |
(S IV)6.1 |
19 |
Nov. 3 |
Gelfand's Formula |
L19, HW4 due (Nov. 4) |
(S IV)6.2 |
20 |
Nov. 5 |
Holomorphic Calculus (1) |
L20 , pick-up mid-term exam |
(S IV)2.3 |
21 |
Nov. 10 |
Holomorphic Calculus (2) |
L21, return the mid-term exam, pick HW5 |
(S IV)2.3 |
22 |
Nov. 12 |
Holomorphic Calculus (3) |
L22 |
(S IV) 2.3 |
23 |
Nov.17 |
Fredholm Alternative |
L23 |
(S IV) 2.3 |
24 |
Nov.19 |
Operators on Hilbert Spaces |
L24, HW5 due |
(S IV) 2.4 |
25 |
Nov.24 |
Square Root Lemma |
L25, pick HW6 |
(S IV) 2.4 |
- |
Nov.26 |
THANKSGIVING BREAK |
|
NO CLASS |
26 |
Dec. 1 |
Polar Decomposition |
L26 |
|
27 |
Dec. 3 |
Spectral Calculus: Resolution of Identity. Continuous Functional Calculus |
L27, HW6 due |
(S IV) 5 |
28 |
Dec. 8 |
Spectral Calculus: Borel Functional Calculus (1) |
L28 |
(S IV) 5 |
29 |
Dec. 10 |
Spectral Calculus: Borel Calculus (2) |
L29 |
(S IV) 5 |
- |
Dec.16 |
FINAL EXAM |
Online |
Online |