Second-Order Optimization for Large Language Models
NYU Center for Data Science · Andrew Gordon Wilson
My work explores scaling and improving the efficiency of Gauss–Newton methods as alternatives to first-order optimizers for training large models.
Mathematics · Optimization · Machine Learning
PhD Student in Mathematics at NYU Courant
I am a second-year PhD student in Mathematics at New York University's Courant Institute of Mathematical Sciences. I am interested in computational mathematics, machine learning, and numerical optimization. My current research focuses on scalable optimization methods for training large language models.
NYU Center for Data Science · Andrew Gordon Wilson
My work explores scaling and improving the efficiency of Gauss–Newton methods as alternatives to first-order optimizers for training large models.
Applied Mathematics Lab, NYU · Leif Ristroph
Experimental and computational research on real-world fluid dynamics problems, currently investigating the Feynman sprinkler problem.
Brandeis University · Tyler Maunu
Researched implicit regularization properties of Newton's Method, targeting quadratic convergence for nonsmooth phase retrieval problems.
PhD in Mathematics · Courant Institute
B.S. Applied Mathematics & Computer Science, with Honors
Minor in Economics
GPA: 3.96 · Summa Cum Laude