- Teacher: Remi Beaulac
- Teacher: Daniela Fera
- Teacher: Maria Gallagher
- Teacher: Christopher Graves
- Teacher: Kathryn Riley
- Teacher: Emily Sahadeo
- Teacher: Anna Yang
- Teacher: Christopher Graves
- Teacher: Kathleen Howard
- Teacher: Kathryn Riley
- Teacher: Kelly Ambruso
- Teacher: Remi Beaulac
- Teacher: Daniela Fera
- Teacher: Maria Gallagher
- Teacher: Christopher Graves
- Teacher: Kathleen Howard
- Teacher: Kathryn Riley
- Teacher: Emily Sahadeo
- Teacher: Lori Sonntag
- Teacher: Thomas Van Aken
- Teacher: Chuanqi Wang
- Teacher: Anna Yang
- Teacher: Daniela Fera
- Teacher: Kathleen Howard
- Teacher: Anna Yang
- Teacher: Kelly Ambruso
- Teacher: Kathleen Howard
- Teacher: Sara Sohail
- Teacher: Kelly Ambruso
- Teacher: Tamanaa Atrafi
- Teacher: Kathleen Howard
- Teacher: Sara Sohail
An in-depth exploration of major topics in organic chemistry, emphasizing physical principles over synthesis. Themes will include the detailed consideration of molecular structure, including of unusual and theoretically important molecules; the interpretation and elucidation of reaction mechanisms; thermodynamic and kinetic approaches to understanding reactivity; and quantitative (molecular orbital theory) approaches to all of the preceding. In general, the goal will be to continue the study of organic chemistry from where the Chemistry 22/32 sequence ends.
- Teacher: Koop Lammertsma
- Teacher: Paul Rablen
- Teacher: Anna Yang
- Teacher: Daniela Fera
- Teacher: Kathleen Howard
- Teacher: Kathryn Riley
- Teacher: Liliya Yatsunyk