I am a postdoc in the Math Department at U-M.

Logic and set theory are my primary research interests. My research focuses on definable sets of reals, especially in forcing extensions and under large-cardinal hypotheses. I am also interested in what can be said about mad families and other combinatorial objects from a descriptive-set-theoretic perspective.

In June 2018 I finished my PhD at UCLA under the supervision of Itay Neeman.

During the academic year 2018–2019, I was at Cornell, where I taught 1110 and 3110 and worked with Justin Moore.

**Email:**
norwoodz@umich.edu
**Office:** East Hall 1834.

(Materials can be found on Canvas.)

- Math 451: "Advanced Calculus I," which means real analysis

**Winter 2022.**- Math 416: Theory of Algorithms
- Math 555: Intro to Complex Variables
- LoG(M) project
**Fall 2021.**- Math 217: Linear Algebra
- Math 481: Intro to Mathematical Logic
**Winter 2021.**- Math 416: Theory of Algorithms
- Math 684: Recursion Theory
- LoG(M) project
**Fall 2020.**- Math 217: Linear Algebra
- Math 481: Intro to Mathematical Logic
**Winter 2020.**- Math 416: Theory of Algorithms
- Math 525: Probability Theory
- Math 416 questionnaire
- Math 525 questionnaire
**Fall 2019.**- Math 115. (There is also Canvas.)

**Papers:**

- Definable happy families and other coideals on the integers, in preparation.
- A note on the Tree Reflection Principle and reshaping. [pdf] (Will probably appear as part of a later paper.)
- (with Itay Neeman) Coding along trees and generic absoluteness, submitted. [pdf]
- (with Itay Neeman)
Happy and mad families in \(L({\mathbb R})\),
*J. Symb. Log.*83 (2018), no. 2, 572–597. [pdf] [MR 3835078]

**Miscellaneous:**

- A list of set theorists' homepages.
- QWERTY getting you down? Learn about Colemak here.
- Your OS getting you down? Try Arch Linux here.
- Some old Part III stuff (in particular, notes from a commutative algebra course) can be found here.