Patricia W.
Patricia holds a BA in French and Anthropology from Hunter College and a PhD in French Literature from CUNY Graduate Center. She has taught French at Fordham University, Hunter College, and The New School.
Elizabeth Be.
Elizabeth received her PhD in English from New York University, where she specialized in eighteenth-century British literature and Romanticism. Before NYU, she received an MA in Literature from the University of California, Santa Cruz, and a BA in English from the University of Central Florida.
Sunny
Sunny is an MD candidate at Harvard Medical School. Previously, she spent seven years researching neurodegenerative diseases. Notably, she was a part of a group studying cell replacement therapy for Parkinson’s disease which, in 2021, entered a Phase I clinical trial for patients with advanced Parkinson's disease
Tess
Tess earned her BA in International Relations and Education from Tufts University. After graduation, she taught in Madrid, Spain on Fulbright, and went on to earn her MA in Special Education at CUNY.
Lina
Lina earned her PhD in Chemistry at Princeton and her BS in Biochemistry and Molecular Biology with a minor in Physics at UC Santa Cruz. She is currently an MD candidate at Columbia University.
Julia
Julia is a PhD candidate in East Asian Languages and Civilizations at Harvard. She holds a BA in History of Art and Visual Culture from UC Santa Cruz, and an MA in East Asian Studies from UCLA.
Hana
Hana double-majored in Sociology and Dance at Columbia University, where she graduated with departmental honors and Phi Beta Kappa. She also holds a Doctor of Physical Therapy degree from Hunter College, and she practices as a physical therapist.
Elizabeth
Elizabeth is an MD/PhD student at NYU School of Medicine's Medical Scientist Training Program. She holds a BA in Biology with a minor in English from Hunter College.
Zack
Zack holds a BA in Computer Science (Concordia, summa cum laude), and an MS and PhD in Applied Mathematics (North Carolina State). He is currently working to build and utilize a mathematical model for drug-induced liver injury.